Components

131 components matching “Fast”

A component is a schematic symbol with, where the catalog has them, its footprint and 3D package model — linked by KiCad's own references and cross-checked pin by pin.

131 components · page 2 of 6

Matched by name and keywords. Search by meaning instead

RF01VM2S

SYMFP3D

Diode

250 V, 100 mA, Super Fast Recovery Diode, SOD-323

Pins
2
Pads
2
SMD
3.2×1.9

US1K

SYMFP3D

Diode

800V, 1A, General Purpose Rectifier Diode, SMA(DO-214AC)

Pins
2
Pads
2
SMD
7.0×3.5

US2FA

SYMFP3D

Diode

300V, 1.5A, General Purpose Rectifier Diode, SMA(DO-214AC)

Pins
2
Pads
2
SMD
7.0×3.5

US2GA

SYMFP3D

Diode

400V, 1.5A, General Purpose Rectifier Diode, SMA(DO-214AC)

Pins
2
Pads
2
SMD
7.0×3.5

US2MA

SYMFP3D

Diode

1000V, 1.5A, General Purpose Rectifier Diode, SMA(DO-214AC)

Pins
2
Pads
2
SMD
7.0×3.5

SN65HVD255D

SYMFP3D

Interface_CAN_LIN

CAN Bus Transceiver with Fast Loop Times for Highly Loaded Networks, SOIC-8

Pins
8
Pads
8
SMD
7.4×5.4

LT1584-3.6

SYMFP3D

Regulator_Linear

Positive 7A 35V Low Dropout Fast Response Linear Regulator, Fixed Output 3.6V, TO-220/TO-263

Pins
3
Pads
3
THT
10.5×4.9

TPS79301-EP

SYMFP3D

Regulator_Linear

200mA UltraLow-Noise, High-Precision, Fast RF, Low Drop-out Voltage Regulator, Adjustable Output, SOT-23

Pins
6
Pads
6
SMD
4.1×3.4

TPS79333-EP

SYMFP3D

Regulator_Linear

200mA UltraLow-Noise, High-Precision, Fast RF, Low Drop-out Voltage Regulator, Fixed Output 3.3V, SOT-23

Pins
5
Pads
5
SMD
4.1×3.4

TPS793475-EP

SYMFP3D

Regulator_Linear

200mA UltraLow-Noise, High-Precision, Fast RF, Low Drop-out Voltage Regulator, Fixed Output 4.75V, SOT-23

Pins
5
Pads
5
SMD
4.1×3.4

ADA4625-1ARDZ

SYMFP3D

Amplifier_Operational

Single 5V..36V/±2.5V..±18V supply, 18 MHz, 48V/µs slew rate, ±80 µV offset, RRO, Fast-settling single JFET Op Amp, SOIC-8-1EP

Pins
9
Pads
9
SMD
7.4×5.4

ADA4625-2ARDZ

SYMFP3D

Amplifier_Operational

Dual 5V..36V/±2.5V..±18V supply, 18 MHz, 48V/µs slew rate, ±80 µV offset, RRO, Fast-settling JFET Op Amp, SOIC-8-1EP

Pins
9
Pads
9
SMD
7.4×5.4

LTC4060EDHC

SYMFP3D

Battery_Management

Complete fast charging system for 2, 3 or 4 series NiMH or NiCd batteries, 0.4 to 2A, 4.5 to 10V VDD, -40 to +85 degree Celcisus, DFN-16

Pins
17
Pads
17
SMD
4.0×5.6

LTC4060EFE

SYMFP3D

Battery_Management

Complete fast charging system for 2, 3 or 4 series NiMH or NiCd batteries, 0.4 to 2A, 4.5 to 10V VDD, -40 to +85 degree Celcisus, TSSOP-16

Pins
17
Pads
17
SMD
7.0×5.7

MAX712CPE

SYMFP3D

Battery_Management

Fast-charge Nickel Metal Hydride (NiMH) from a DC source, 0 to +70 Degree Celsius, PDIP-16

Pins
16
Pads
16
THT
9.7×20.8

MAX712CSE

SYMFP3D

Battery_Management

Fast-charge Nickel Metal Hydride (NiMH) from a DC source, 0 to +70 Degree Celsius, SOIC-16

Pins
16
Pads
16
SMD
7.4×10.4

MAX712EPE

SYMFP3D

Battery_Management

Fast-charge Nickel Metal Hydride (NiMH) from a DC source, -40 to +85 Degree Celsius, PDIP-16

Pins
16
Pads
16
THT
9.7×20.8

MAX712ESE

SYMFP3D

Battery_Management

Fast-charge Nickel Metal Hydride (NiMH) from a DC source, -40 to +85 Degree Celsius, SOIC-16

Pins
16
Pads
16
SMD
7.4×10.4

MAX712MJE

SYMFP3D

Battery_Management

Fast-charge Nickel Metal Hydride (NiMH) from a DC source, ceramic, -55 to +125 Degree Celsius, PDIP-16

Pins
16
Pads
16
THT
9.7×20.8

MAX713CPE

SYMFP3D

Battery_Management

Fast-charge Nickel Cadmium (NiCd) from a DC source, 0 to +70 Degree Celsius, PDIP-16

Pins
16
Pads
16
THT
9.7×20.8

MAX713CSE

SYMFP3D

Battery_Management

Fast-charge Nickel Cadmium (NiCd) from a DC source, 0 to +70 Degree Celsius, SOIC-16

Pins
16
Pads
16
SMD
7.4×10.4

MAX713EPE

SYMFP3D

Battery_Management

Fast-charge Nickel Cadmium (NiCd) from a DC source, -40 to +85 Degree Celsius, PDIP-16

Pins
16
Pads
16
THT
9.7×20.8

MAX713ESE

SYMFP3D

Battery_Management

Fast-charge Nickel Cadmium (NiCd) from a DC source, -40 to +85 Degree Celsius, SOIC-16

Pins
16
Pads
16
SMD
7.4×10.4

MAX713MJE

SYMFP3D

Battery_Management

Fast-charge Nickel Cadmium (NiCd) from a DC source, ceramic, -55 to +125 Degree Celsius, PDIP-16

Pins
16
Pads
16
THT
9.7×20.8