Dynamic library blocks

These reusable blocks are the building units for dynamic device models and the RMS and EMT graphical model editors.

Documented blocks

The pages in this section describe the library blocks by name, including signal-processing, control, electrical, lookup, limiter, switching, and unit-conversion blocks.

• abs -> p.u. (par)
• abs -> p.u. (sig)
• Absolute value
• Analog flip-flop
• Arbitrary waveform current source EMT
• Arbitrary waveform voltage source EMT
• Backlash
• balanced
• Balanced 3-phase current source EMT
• Balanced 3-phase voltage source EMT
• Battery EMT
• Bias
• C load EMT
• CIGRE surge current source EMT
• Clarke transform
• Clarke transform (power invariant)
• Constant
• Controlled balanced 3-phase current source EMT
• Controlled balanced 3-phase voltage source EMT
• Controlled current source EMT
• Controlled DC current source EMT
• Controlled DC voltage source EMT
• Controlled voltage source EMT
• Current source EMT
• DC current source EMT
• DC voltage source EMT
• Deadband
• Deadband (bypass)
• Deadband discontinuous
• Deadband offset (bypass)
• Deadband offset (parameter)
• Deadband (parameter)
• Deadband stepped (bypass)
• Deadband stepped (parameter)
• deg -> rad
• Delay
• Double exponential current source EMT
• El. Power
• emt thevenin eq generator template
• Exponential load EMT
• Flip-flop
• Signal Pair
• Gain
• Generic
• Gradient limiter (constant)
• Ground EMT
• Grounding link EMT
• Heidler current source EMT
• Hz -> p.u.
• Inverse Lookup array object (linear)
• Inverse Clarke transform
• Inverse Clarke transform (power invariant)
• Inverse Park transform (dq)
• Inverse Park transform (dq0)
• L load EMT
• Last value [form A]
• lim
• lim const
• Limit
• Limit (3 parameter inputs)
• Limit (3 parameter inputs)] (complex with prio)
• Limit lower (parameter)
• Limit (parameter) (complex)
• Limit (parameter) eps
• Limit (parameter) [param: eps/y_max/y_min]
• Limit (parameter) [param: eps/y_min]
• Limit (parameter) (using min/max)
• Limit (parameter) [param: y_lim]
• Limit (parameter) [param: y_max/y_min]
• Limit (signal) [signal: y_max/y_min]
• Limit (signal) [signal: y_max/y_min; param: eps]
• Limit (signal + parameter input)
• Limit upper
• Lookup array 1x3 (linear fixed)
• Lookup array 1x3 (linear variable)
• Lookup array 1x4 (linear fixed)
• Lookup array 1x4 (linear variable)
• Lookup array (linear noclipping)
• Lookup array object (linear)
• Lookup array object (linear noclipping)
• Lookup array object (spline)
• Lookup matrix (linear)
• Lookup matrix object (linear)
• Lookup matrix object (spline)
• Lookup matrix (spline)
• Lookup array
• Lookup matrix
• Moving average
• Nm -> p.u.
• Nonlinear resistor EMT
• Park transform (dq)
• Park transform (dq0)
• Phase locked loop
• pi
• PI droop
• PI droop (constant)
• PI controller
• PI current controller
• PI power controller
• PLL transformer
• Power base
• PQ Calculator
• Product
• p.u. -> abs (par)
• p.u. -> abs (sig)
• p.u. -> Hz
• p.u. -> rpm
• R load EMT
• rad/s -> rpm
• rad -> deg
• Ramp current source EMT
• Ramp voltage source EMT
• Rate limiter
• Rate limiter base
• Rate limiter base (parameter) [param: base/grd]
• Rate limiter base (parameter) [param: base/grd_down]
• Rate limiter base (parameter) [param: base/grd_up/grd_down]
• Rate limiter (parameter) [param: grd]
• Rate limiter (parameter) [param: grd_down]
• Rate limiter (parameter) [param: grd_up/grd_down]
• Rate limiter (signal)
• RLC Combo
• RMS value
• rpm -> p.u.
• rpm -> rad/s
• Scaling block
• Select
• Select const
• Selector
• Selector (constant)
• Selfix
• Selfix const
• Set if condition
• Set if condition (constant)
• Step current source EMT
• Step voltage source EMT
• Sum
• Switch par 1->1 by par
• Switch par 1->1 by par (fixed)
• Switch par 1->2 by par
• Switch par 1->2 by sig
• Switch par 2->1 by par
• Switch par 2->1 by sig
• Switch sig 1->1 by sig
• Switch sig 1->1 by sig (fixed)
• Switch sig 1->2 by par
• Switch sig 1->2 by par (bool)
• Switch sig 1->2 by sig
• Switch sig 2->1 by par
• Switch sig 2->1 by par (bool)
• Switch sig 2->1 by sig
• Switch sig 2->1 by sig (bool)
• Switch sig 2->1 by sig (fixed)
• Switch sig 2->1 (NOT EQ K) by s/p
• Switch sig 3->1 by sig
• Switch sig 4->1 by sig
• Switch sw equal C 2s->1s
• Switch sw greater than C 2s->1s
• Switch sw greater than or equal C 2s->1s
• Switch sw not equal C 2s->1s
• Switch sw smaller than C 2s->1s
• Switch sw smaller than or equal C 2s->1s
• Switch EMT
• time
• Timer
• Timer (reset)
• Timer (reset/hold reset/t0) (reset) incfw
• Transformer EMT
• Voltage source EMT
• XFMR Transformer
• yi equals C
• yi greater than C
• yi greater than C eps
• yi greater than or equal C
• yi less than C
• yi less than C eps
• yi less than or equal C
• yi not equals C
• yi1 equals yi2
• yi1 greater than or equal yi2
• yi1 greater than yi2
• yi1 greater than yi2 eps
• yi1 less or equal than yi2
• yi1 less than yi2
• yi1 less than yi2 eps
• yi1 not equals yi2

Editor block catalogue

The editor catalogue is generated from the block descriptors used by VeraGrid. It exposes the precise symbolic interface and characteristic equations for every editor-ready catalogue entry.

• Editor block catalogue
  • Lookup array 1x3 (linear fixed)
  • Pade approximant R12 (forward increment)
  • e^-s0.01 (forward increment)
  • e^-sT (bypass)
  • e^-sT (bypass) incbackward
  • e^-sT (bypass) incforward
  • e^-sT (backward increment)
  • e^-sT (forward increment)
  • lastvalue (backward increment)
  • lastvalue (forward increment)
  • Last value [form B]
  • Lookup array 1x3 (linear variable)
  • s/(1+sT)
  • sK/(1+0.01s)
  • sK/(1+sT) (feedback)
  • sK/(1+sT)
  • El. Power
  • PQ Calculator
  • Power base
  • (H0w0/Q)s/(w0^2+sw0/Q+s^2)
  • s/(w0^2+s^2)
  • -sT/(1+sT) (bypass)
  • Lookup array 1x4 (linear fixed)
  • -sT/(1+sT)
  • sKT/(1+sT)
  • sKTd/(1+sT)
  • sT/(1+sT) (bypass)
  • sT/(1+sT) (enable)
  • sTb/(1+sTa) (feedback)
  • sTld/(1+sTlg) (feedback)
  • (1-K)/(1+sT) (bypass)
  • (1-K)/(1+sT)
  • 1/(1+sT) (parameter) [param: T/y_max; 1 state]
  • Lookup array 1x4 (linear variable)
  • 1/(1+sT) (parameter input) [1 input; param: T/y_max/r_max+2; 1 state]
  • 1/(1+sT) (signal)
  • 1/(1+sT) (signal input) [signal: y_max/y_min; param: T; 1 state]
  • 1/(1+sT) (parameter input) [1 input; param: T/y_max/y_min; 1 state]
  • 1/(1+sT) (bypass)
  • 1/(1+sT) (enable)
  • 1/(1+sT) and sx
  • 1/(1+sT) (parameter) [param: T/rup/rdown; 1 state]
  • 1/(1+sT)
  • 1/(1+sT/2)
  • Lookup array object (linear)
  • 1/(K+sT) (bypass)
  • 1/(K+sT)
  • 1/K(T1/T2-1)(1/(1+sT2))
  • 1/K/(1+sT) (bypass)
  • Butterworth 2nd order
  • Butterworth 3rd order
  • K/(1+sT) (parameter input) [signal: y_max; param: K/T/y_min; 1 state]
  • K/(1+sT) (signal input)
  • K/(1+sT) (sp
  • K/(1+sT) (parameter input) [1 input; param: K/T/y_max+1; 1 state]
  • Lookup array object (linear noclipping)
  • K/(1+sT) (bypass)
  • K/(1+sT)
  • K1 + K2/(1+sT)
  • KT/(1+sT)
  • 1/(1+sT) (parameter) (reset hold)
  • 1/(1+sT) (parameter input) [signal: hold/rst; param: T/y_max/r_max+2; 1 state]
  • 1/(1+sT) (signal) (reset hold)
  • 1/(1+sT) (signal input) [signal: hold/y_max/rst+1; param: T; 1 state]
  • 1/(1+sT) (parameter input) [signal: hold/rst; param: T/y_max/y_min; 1 state]
  • 1/(1+sT) (reset hold)
  • Lookup array object (spline)
  • Butterworth 2nd order (reset hold)
  • Butterworth 3rd order (reset hold)
  • 1/(1+sT) (parameter) (reset signal hold)
  • 1/(1+sT) (parameter input) [signal: hold/x_rst/rst; param: T/y_max/r_max+2; 1 state]
  • 1/(1+sT) (signal) (reset signal hold)
  • 1/(1+sT) (signal input) [signal: hold/x_rst/y_max+2; param: T; 1 state]
  • 1/(1+sT) (parameter input) [signal: hold/x_rst/rst; param: T/y_max/y_min; 1 state]
  • 1/(1+sT) (reset signal hold)
  • Multiply (-1)
  • Multiply (-K)
  • Lookup matrix (linear)
  • Multiply (1-K)
  • Multiply (1-K1-K2)
  • Multiply 1
  • Multiply 1/K (parameter)
  • Multiply 1/K
  • Multiply 1/K1K2 (parameter)
  • Multiply 1/SQRT2
  • Multiply 1/SQRT3
  • Multiply K (parameter)
  • Multiply K
  • Lookup matrix (spline)
  • Multiply K1 K2 / K3
  • Multiply K1 K2 K3
  • Multiply K1 K2
  • Multiply K1/K2
  • Multiply PI
  • Multiply SQRT(2/3)
  • Multiply SQRT(3/2)
  • Multiply SQRT(K1/K2)
  • Multiply SQRT2
  • Multiply SQRT3
  • Lookup matrix object (linear)
  • (1+B1s+B2ss)/(1+A1s+A2ss) (bypass)
  • (1+KsTc)/((1+sTa)(1+sTb)(1+sTc)) (bypass)
  • (1+b1s+b2ss)/(1+a1s+a2ss)
  • (1+sT3)/(1+sT1+ssT1T2) (bypass)
  • (1+sT3+ssT4)/(1+sT1+ssT2)
  • (1+sTb)(sTa)^2/(1+sTa)^4
  • (1+ssT3)/(1+sT1+ssT2) (bypass)
  • (A0+sA1+ssA2)/(B0+sB1+ssB2) (bypass)
  • (ss)/(Ass+Bs+1) (bypass)
  • (ss+ww)/(ss+sB+ww) (bypass)
  • a(x-c1)(x-c2)
  • Lookup matrix object (spline)
  • 1/(1+s(2 x zeta)/wc+ ss/(wc x wc))
  • 1/(1+sT1+ssT2) (bypass)
  • K(1+sT1)(1+sT2)/(s(1+sT3)) (parameter input)
  • K(1+sTd)/((1+sTa)(1+sTb)s) (parameter input)
  • e(-sTd)/((1+sT1)(1+sT1))
  • s^2K/(1+sT)^2
  • 1/s (parameter input) [1 input; param: y_max/y_min; 1 state]
  • 1/s (signal input) [signal: hold/y_max/y_min; 1 state]
  • 1/s (parameter) [1 input; param: y_max/y_min; 1 state]
  • 1/s (parameter) [1 input; param: y_max; 1 state]
  • yi equals C
  • 1/s (signal) [signal: y_max/y_min; 1 state]
  • 1/s (signal) [signal: y_max; 1 state]
  • 1/s (enable)
  • 1/s (freeze)
  • 1/s
  • 1/sT (parameter) (feedback)
  • 1/sT (parameter) [1 input; param: T/y_max; 1 state]
  • 1/sT (parameter input) [1 input; param: T/y_min; 1 state; form A]
  • 1/sT (parameter input) [1 input; param: T/y_min; 1 state; form B]
  • 1/sT (parameter input) [1 input; param: T/y_max/y_min; 1 state]
  • yi greater than C
  • 1/sT (parameter input) [signal: y_max; param: T/y_min; 1 state]
  • 1/sT (2 parameter inputs) [1 input; param: T/K/y_max+1; 1 state]
  • 1/sT (signal input) [signal: y_min; param: T/y_max; 1 state]
  • 1/sT (signal input) [signal: y_max/y_min; param: T; 1 state]
  • 1/sT [1 input; param: T/y_max; 1 state; form A]
  • 1/sT [1 input; param: T/y_max; 1 state; form B]
  • 1/sT [1 input; param: T/y_max; 1 state; form C]
  • 1/sT [1 input; param: T/y_max; 1 state; form D]
  • 1/sT (parameter) [1 input; param: T/y_min; 1 state; form A]
  • 1/sT (parameter) [1 input; param: T/y_min; 1 state; form B]
  • yi greater than or equal C
  • 1/sT (bypass) incfreeze
  • 1/sT (feedback)
  • 1/sT (freeze)
  • 1/sT [1 input; param: T; 1 state]
  • K/s (parameter input)
  • K/s [(s
  • K/s
  • 1/s (parameter input) [signal: rst; param: y_max/y_min; 1 state]
  • 1/s (signal input) [signal: hold/rst/y_max+1; 1 state]
  • 1/s (parameter) [signal: rst; param: y_max/y_min; 1 state]
  • yi less than C
  • 1/s (parameter) (reset)
  • 1/s (signal) [signal: rst/y_max/y_min; 1 state]
  • 1/s (signal) (reset)
  • 1/s (enable) reset
  • 1/s (freeze) (reset)
  • 1/s (reset)
  • 1/sT (reset)
  • 1/sT (parameter) (reset)
  • 1/sT (parameter) (feedback) reset
  • 1/sT (parameter input) [signal: rst; param: T/y_min; 1 state; form A]
  • yi less than or equal C
  • 1/sT (parameter input) [signal: rst; param: T/y_min; 1 state; form B]
  • 1/sT (parameter input) [signal: rst; param: T/y_max/y_min; 1 state]
  • 1/sT (parameter input) [signal: rst/y_max; param: T/y_min; 1 state]
  • 1/sT (2 parameter inputs) [signal: rst; param: T/K/y_max+1; 1 state]
  • 1/sT (signal input) [signal: rst/y_min; param: T/y_max; 1 state]
  • 1/sT (signal input) [signal: rst/y_max/y_min; param: T; 1 state]
  • 1/sT [signal: rst; param: T/y_max; 1 state; form A]
  • 1/sT [signal: rst; param: T/y_max; 1 state; form B]
  • 1/sT [signal: rst; param: T/y_max; 1 state; form C]
  • 1/sT [signal: rst; param: T/y_max; 1 state; form D]
  • yi not equals C
  • 1/sT (parameter) [signal: rst; param: T/y_min; 1 state; form A]
  • 1/sT (parameter) [signal: rst; param: T/y_min; 1 state; form B]
  • 1/sT (bypass) incfreeze reset
  • 1/sT (feedback) reset
  • 1/sT (freeze) reset
  • 1/s (parameter input) [signal: xrst/rst; param: y_max/y_min; 1 state]
  • 1/s (signal input) [signal: hold/xrst/rst+2; 1 state]
  • 1/s (parameter) [signal: xrst/rst; param: y_max/y_min; 1 state]
  • 1/s (parameter) (reset signal)
  • 1/s (signal) [signal: xrst/rst/y_max+1; 1 state]
  • yi1 equals yi2
  • 1/s (signal) (reset signal)
  • 1/s (enable) reset sig
  • 1/s (freeze) (reset signal)
  • 1/s (reset signal)
  • 1/sT (reset signal)
  • 1/sT (parameter) (reset signal)
  • 1/sT (parameter) (feedback) (reset signal)
  • 1/sT (parameter input) [signal: xrst/rst; param: T/y_min; 1 state; form A]
  • 1/sT (parameter input) [signal: xrst/rst; param: T/y_min; 1 state; form B]
  • 1/sT (parameter input) [signal: xrst/rst; param: T/y_max/y_min; 1 state]
  • yi1 greater than or equal yi2
  • 1/sT (parameter input) [signal: xrst/rst/y_max; param: T/y_min; 1 state]
  • 1/sT (2 parameter inputs) [signal: xrst/rst; param: T/K/y_max+1; 1 state]
  • 1/sT (signal input) [signal: xrst/rst/y_min; param: T/y_max; 1 state]
  • 1/sT (signal input) [signal: xrst/rst/y_max+1; param: T; 1 state]
  • 1/sT [signal: xrst/rst; param: T/y_max; 1 state; form A]
  • 1/sT [signal: xrst/rst; param: T/y_max; 1 state; form B]
  • 1/sT [signal: xrst/rst; param: T/y_max; 1 state; form C]
  • 1/sT [signal: xrst/rst; param: T/y_max; 1 state; form D]
  • 1/sT (parameter) [signal: xrst/rst; param: T/y_min; 1 state; form A]
  • 1/sT (parameter) [signal: xrst/rst; param: T/y_min; 1 state; form B]
  • yi1 greater than yi2
  • 1/sT (bypass) incfreeze reset sig
  • 1/sT (feedback) reset sig
  • 1/sT (freeze) reset sig
  • (1+ATs)/(1+BTs)
  • (1+sTb)/(1+sTa) (parameter input) [param: Tb/Ta/y_max+1; 1 state; form A]
  • (1+sTb)/(1+sTa) (parameter input) [param: Tb/Ta/y_max+1; 1 state; form B]
  • (1+sTb)/(1+sTa) (2 parameter inputs)
  • (1+sTb)/(1+sTa) (bypass)
  • (1+sTb)/(1+sTa)
  • (1+sTld)/(1+sTlg) and sx
  • ax^2 + bx + c
  • yi1 less or equal than yi2
  • (1-ATs)/(1+sAT/2)
  • (1-sT)/(1+sT/2) (bypass)
  • (K+sTb)/(1+sTa)
  • (a+sbT)/(1+sT) (bypass)
  • K(1+sTb)/(1+sTa)
  • K(1+sTld)/(1+sTlg) (feedback)
  • K(A1+sT1)/(A2+sT2) (parameter input)
  • K(A1+sT1)/(A2+sT2) (feedback)
  • K(A1+sT1)/(A2+sT2)
  • a23(1+(a11-a13a21/a23)sTw)/(1+a11sTw)
  • yi1 less than yi2
  • Limit
  • Limit (parameter) [param: eps/y_min]
  • Limit (parameter) [param: eps/y_max/y_min]
  • Limit (parameter) [param: y_max/y_min]
  • Limit (parameter) (complex)
  • Limit (parameter) (using min/max)
  • Limit (parameter) eps
  • Limit (parameter) [param: y_lim]
  • Limit (3 parameter inputs)
  • Limit (3 parameter inputs)] (complex with prio)
  • yi1 not equals yi2
  • Limit (signal) [signal: y_max/y_min; param: eps]
  • Limit (signal) [signal: y_max/y_min]
  • Limit (signal + parameter input)
  • Limit lower (parameter)
  • Limit upper
  • Rate limiter
  • Rate limiter base
  • Rate limiter base (parameter) [param: base/grd_down]
  • Rate limiter base (parameter) [param: base/grd_up/grd_down]
  • Rate limiter base (parameter) [param: base/grd]
  • abs(in) greater than C (pulse)
  • Rate limiter (parameter) [param: grd_down]
  • Rate limiter (parameter) [param: grd_up/grd_down]
  • Rate limiter (parameter) [param: grd]
  • Rate limiter (signal)
  • AND (2 inputs)
  • AND (3 inputs)
  • AND (4 inputs)
  • XOR
  • EQUAL
  • NOR
  • abs(in) less than C (pulse)
  • NOT
  • OR (2 inputs)
  • OR (3 inputs)
  • OR (4 inputs)
  • 2-out-of-3 (pulse)
  • AND (2 inputs, pulse)
  • AND (3 inputs, pulse)
  • Invert Logic (pulse)
  • NOT (pulse)
  • OR (2 inputs, pulse)
  • yi equals C (pulse)
  • OR (3 inputs, pulse)
  • Bistable
  • Edge detector
  • Monostable
  • ABS
  • CEIL
  • EXP
  • FLOOR
  • FRAC
  • LN
  • yi greater than C (pulse)
  • LOG
  • MAX (2 inputs)
  • MAX (3 inputs)
  • MAX (4 inputs)
  • MIN (2 inputs)
  • MIN (3 inputs)
  • MIN (4 inputs)
  • MODULO
  • Reciprocal (feedback)
  • Reciprocal
  • yi greater than or equal C (pulse)
  • ROUND
  • SIGN
  • SQRT
  • x^2
  • x^p
  • ADD COMPLEX
  • CONJ COMPLEX
  • DIV COMPLEX
  • MAG COMPLEX
  • MUL COMPLEX
  • yi less than C (pulse)
  • SUB COMPLEX
  • TO POLAR COMPLEX
  • TO RECTANGULAR COMPLEX
  • ACOS
  • ASIN
  • ATAN
  • ATAN2
  • ATAN2D
  • ATAND
  • COS
  • yi less than or equal C (pulse)
  • COSD
  • COSH
  • COSHD
  • SIN
  • SIND
  • SINH
  • SINHD
  • TAN
  • TAND
  • TANH
  • mx + n
  • yi1 equals yi2 (pulse)
  • TANHD
  • 1/(2Hs)
  • Accelerating Power (simple)
  • Accelerating Power IPB
  • Gear Box
  • Mass J
  • P/omg -> Torque
  • Pt/Pturb
  • Shaft J-k and Pin
  • yi1 greater than or equal yi2 (pulse)
  • 2PI [form B]
  • C [param: C; form B]
  • Shaft i-J-k and Pin
  • 2PI [form C]
  • C [param: C; form C]
  • yi1 greater than yi2 (pulse)
  • Shaft i-J-k
  • 2PI [form D]
  • C [param: C; form D]
  • Shaft i-J
  • 2PI [form E]
  • yi1 less than or equal yi2 (pulse)
  • C [param: C; form E]
  • Spring
  • (1+sT)/KsT (parameter input)
  • (1+sT)/KsT (parameter) (parameter input)
  • (1+sTb)/sTa
  • (1+sTp)/sTi
  • 1+K/sT
  • Kc+1/sTi (parameter input) [1 input; param: K_p/T_p/theta_p+3; 1 state]
  • Kc+1/sTi (parameter input) [1 input; param: K_p/T_rise/theta_p+3; 1 state]
  • yi1 less than yi2 (pulse)
  • Kp(1/Ti+s)/s (signal)
  • Kp(1/Ti+s)/s
  • Kp+1/sTi (parameter input) [1 input; param: Kp/Ti/y_max+1; 1 state]
  • Kp+1/sTi
  • Kp+Ki/s (signal) [signal: yo_lim; param: Kp/Ki/Tt; 1 state]
  • Kp+Ki/s (parameter input) [1 input; param: Kp/Ki/y_max+1; 1 state]
  • Kp+Ki/s (parameter) [1 input; param: Kp/Ki/ymax+1; 1 state]
  • Kp+Ki/s (signal) [signal: ymax/ymin; param: Kp/Ki; 1 state]
  • Kp+Ki/s+sKd/(1+sTd) (parameter input) [1 input; param: Kp/Ki/Kd+3; 2 states]
  • Kp+Ki/s
  • yi greater than C eps
  • Kc+1/sTi (parameter input) [signal: hold/rst; param: K_p/T_p/theta_p+3; 1 state]
  • Kc+1/sTi (parameter input) [signal: hold/rst; param: K_p/T_rise/theta_p+3; 1 state]
  • Kp(1/Ti+s)/s (signal) rst (variant)
  • Kp(1/Ti+s)/s (signal) (reset hold)
  • Kp(1/Ti+s)/s (reset hold)
  • Kp+1/sTi (parameter input) [signal: hold/rst; param: Kp/Ti/y_max+1; 1 state]
  • Kp+1/sTi (reset hold)
  • Kp+Ki/s (signal) (reset hold)
  • Kp+Ki/s (parameter input) [signal: hold/rst; param: Kp/Ki/y_max+1; 1 state]
  • Kp+Ki/s (parameter) [signal: hold/rst; param: Kp/Ki/y_max+1; 1 state]
  • yi less than C eps
  • Kp+Ki/s (signal) [signal: hold/ymax/rst+1; param: Kp/Ki; 1 state]
  • Kp+Ki/s (reset hold)
  • Kp+Ki/s+sKd/(1+sTd) (parameter input) [signal: hold/rst; param: Kp/Ki/Kd+3; 2 states]
  • Kc+1/sTi (parameter input) [signal: hold/x_rst/rst; param: K_p/T_p/theta_p+3; 1 state]
  • Kc+1/sTi (parameter input) [signal: hold/x_rst/rst; param: K_p/T_rise/theta_p+3; 1 state]
  • Kp(1/Ti+s)/s (signal) (reset signal hold)
  • Kp(1/Ti+s)/s (reset signal hold)
  • Kp+1/sTi (parameter input) [signal: hold/x_rst/rst; param: Kp/Ti/y_max+1; 1 state]
  • Kp+1/sTi (reset signal hold)
  • Kp+Ki/s (signal) (reset signal hold)
  • yi1 greater than yi2 eps
  • Kp+Ki/s (parameter input) [signal: hold/x_rst/rst; param: Kp/Ki/y_max+1; 1 state]
  • Kp+Ki/s (parameter) [signal: hold/x_rst/rst; param: Kp/Ki/y_max+1; 1 state]
  • Kp+Ki/s (signal) [signal: hold/x_rst/ymax+2; param: Kp/Ki; 1 state]
  • Kp+Ki/s (reset signal hold)
  • Kp+Ki/s+sKd/(1+sTd) (parameter input) [signal: hold/x1_rst/rst; param: Kp/Ki/Kd+3; 2 states]
  • Clock (t>0) (parameter)
  • Clock (t>0) (signal)
  • Clock (t>t0) (parameter)
  • Clock (t>t0) (signal)
  • Clock (parameter)
  • yi1 less than yi2 eps
  • Clock (signal)
  • Pulse
  • Sawtooth Wave Generator (pulse)
  • Sawtooth Wave Generator
  • Sine Wave Generator (t>t0)
  • Sine Wave Generator
  • Square Wave Generator
  • Square Wave Generator ip
  • Time
  • Triangle Wave Generator
  • -C
  • Triangle Wave Generator ip
  • Enable 1 sig (hold)
  • Enable 1 sig
  • Enable 2 sig (hold)
  • Enable 2 sig
  • Enable 3 sig (hold)
  • Enable 3 sig
  • Enable 4 sig (hold)
  • Enable 4 sig
  • Enable 5 sig (hold)
  • 0
  • Enable 5 sig
  • Enable 6 sig (hold)
  • Enable 7 sig (hold)
  • Enable 8 sig (hold)
  • Enable signal (fixed)
  • Enable signal
  • Switch par 1->1 by par (fixed)
  • Switch par 1->1 by par
  • Switch par 1->2 by par
  • Switch par 1->2 by sig
  • 1
  • Switch par 2->1 by par
  • Switch par 2->1 by sig
  • Switch sig 1->1 by sig (fixed)
  • Switch sig 1->1 by sig
  • Switch sig 1->2 by par (bool)
  • Switch sig 1->2 by par
  • Switch sig 1->2 by sig
  • Switch sig 2->1 (NOT EQ K) by s/p
  • Switch sig 2->1 by par (bool)
  • Switch sig 2->1 by par
  • 1/SQRT2
  • Switch sig 2->1 by sig (bool)
  • Switch sig 2->1 by sig (fixed)
  • Switch sig 2->1 by sig
  • Switch sig 3->1 by sig
  • Switch sig 4->1 by sig
  • Switch sw equal C 2s->1s
  • Switch sw greater than C 2s->1s
  • Switch sw greater than or equal C 2s->1s
  • Switch sw not equal C 2s->1s
  • Switch sw smaller than C 2s->1s
  • 2PI [form A]
  • Switch sw smaller than or equal C 2s->1s
  • Timer (reset)
  • Timer (reset/hold reset/t0) (reset) incfw
  • Clarke transform (power invariant)
  • Clarke transform
  • Inverse Clarke transform(pow. invariant)
  • Inverse Clarke transform
  • Inverse Park transform (dq)
  • Inverse Park transform (dq0)
  • Park transform (dq)
  • Bias
  • Park transform (dq0)
  • RMS value p.u.
  • RMS value
  • U seq/ab0 -> U abc
  • abc->dq0 (power invariant – align a->d)
  • abc->dq0 (power invariant – align a->q)
  • abc->dq0 (power variant – align a->d)
  • abc->dq0 (power variant – align a->q)
  • dq0->abc (power invariant – align a->d)
  • dq0->abc (power invariant – align a->q)
  • C [param: C; form A]
  • dq0->abc (power variant – align a->d)
  • dq0->abc (power variant – align a->q)
  • Hz -> p.u.
  • Nm -> p.u.
  • abs -> p.u. (par)
  • abs -> p.u. (sig)
  • deg -> rad
  • p.u. -> Hz
  • p.u. -> abs (par)
  • p.u. -> abs (sig)
  • C1/C2
  • p.u. -> rpm
  • rad -> deg
  • rad/s -> rpm
  • rpm -> p.u.
  • rpm -> rad/s
  • E
  • PI
  • PI/2
  • Inverse Lookup array object (linear)
  • SQRT(2/3)
  • SQRT(3/2)
  • SQRT(C1/C2)
  • SQRT2
  • SQRT3
  • Analog flip-flop
  • balanced
  • delay
  • Flip-flop
  • Gradient limiter (constant)
  • Last value [form A]
  • lim
  • lim const
  • Moving average
  • PI droop
  • PI droop (constant)
  • Lookup array (linear noclipping)
  • rms
  • Selector
  • Selector (constant)
  • Set if condition
  • Set if condition (constant)
  • time
  • Backlash
  • Deadband (parameter)
  • Deadband (bypass)
  • Deadband discontinuous
  • Deadband offset (parameter)
  • Deadband offset (bypass)
  • Deadband stepped (parameter)
  • Deadband stepped (bypass)
  • Deadband
  • Ke^-sT (bypass) incforward
  • Ke^-sT (forward increment)
  • Pade approximant R12 (backward increment)