42 matching

Simulation_SPICE

Differential voltmeter for simulation. The sensed differential voltage can be measured on the third terminal as a single-ended voltage

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Voltage-controlled voltage source symbol for simulation only

Pins

4

Pads

—

Mount

—

Simulation_SPICE

Voltage controlled switch symbol for simulation only

Pins

4

Pads

—

Mount

—

Simulation_SPICE

Bipolar transistor symbol for simulation only, substrate tied to the emitter

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Bipolar transistor symbol for simulation only, substrate tied to the emitter

Pins

3

Pads

—

Mount

—

Simulation_SPICE

P-JFET transistor, for simulation only

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Bipolar transistor symbol for simulation only, with substrate pin

Pins

4

Pads

—

Mount

—

Simulation_SPICE

N-MOSFET transistor, drain/source/gate

Pins

3

Pads

—

Mount

—

Simulation_SPICE

P-MOSFET transistor, drain/source/gate

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Lossless transmission line, for simulation only

Pins

4

Pads

—

Mount

—

Simulation_SPICE

Bipolar transistor symbol for simulation only, with substrate pin

Pins

4

Pads

—

Mount

—

Simulation_SPICE

P-channel MOSFET symbol with substrate (bulk) pin

Pins

4

Pads

—

Mount

—

Simulation_SPICE

Operational amplifier, single

Pins

5

Pads

—

Mount

—

Simulation_SPICE

Voltage-controlled current source symbol for simulation only

Pins

4

Pads

—

Mount

—

Simulation_SPICE

N-JFET transistor, for simulation only

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Arbitrary behavioral voltage or current source for simulation only

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Voltage source, transient noise

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Voltage source, exponential

Pins

2

Pads

—

Mount

—

Simulation_SPICE

N-channel MOSFET symbol with substrate (bulk) pin

Pins

4

Pads

—

Mount

—

Simulation_SPICE

Voltage source, DC

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Device model for IBIS files. Pin 3 can be used to monitor the die potential

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Voltage source, sinusoidal

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Device model for IBIS files. Pin 3 can be used to monitor the die potential

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Current source, exponential

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Diode for simulation or PCB

Pins

2

Pads

—

Mount

—

Simulation_SPICE

0V reference potential for simulation

Pins

1

Pads

—

Mount

—

Simulation_SPICE

Voltage source, AM

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Voltage source, single-frequency FM

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Current source, DC

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Driver model for IBIS files. Pin 3 can be used to monitor the die potential.

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Current source, transient noise

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Voltage source, pulse

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Voltage source, random noise

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Potentiometer for Simulation

Pins

3

Pads

—

Mount

—

Simulation_SPICE

Current source, AM

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Voltage source, piece-wise linear

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Current source, sinusoidal

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Current source, single-frequency FM

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Current source, random noise

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Driver model for IBIS files.

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Current source, pulse

Pins

2

Pads

—

Mount

—

Simulation_SPICE

Current source, piece-wise linear

Pins

2

Pads

—

Mount

—