transistors thyristors

RUM001L02T2CL

Every spec below is cited to the manufacturer datasheet. Compare the closest alternatives, then ask the assistant what it means for your design.

00 — Overview

What the RUM001L02T2CL does

The RUM001L02 is an N-channel 20V small signal MOSFET available in the RUM001L02x family, packaged in SOT-723 or SC-105AA. It features a 20V drain-source breakdown voltage, 100mA continuous drain current, and a maximum on-state resistance of 3.8Ω at 1.8V gate drive. The device includes a built-in gate-source protection diode and operates across a junction temperature range of -55 to +150°C. Its low 1.2V drive requirement makes it ideal for portable equipment, while the simple drive circuit design supports efficient switching applications.

Next step
Start building with RUM001L02T2CL → Every number above is cited straight from the datasheet — ask what they mean for your design, and the assistant answers from the same source documents.
01 — Key specifications

Datasheet parameters

Datasheet parameters for RUM001L02T2CL
ParameterMinTypMaxConditionsSource
rds on 2.5 Ohm 3.5 Ohm VGS = 4.5V, ID = 100mA; (on); ●Inner circuit ROHM datasheet, p. 2 — ●Inner circuit
operating temperature -55 °C 150 °C ROHM datasheet, p. 1 — ●Inner circuit
power dissipation 150 mW ●Inner circuit ROHM datasheet, p. 1 — ●Inner circuit
forward current 100 mA Ta = 25°C; continuous ROHM datasheet, p. 3
reverse leakage current 1 µA VDS = 20V, VGS = 0V; zero; ●Inner circuit ROHM datasheet, p. 2 — ●Inner circuit
breakdown voltage ds 20 V ●Inner circuit ROHM datasheet, p. 1 — ●Inner circuit
drain current -100 mA 100 mA continuous; ●Inner circuit ROHM datasheet, p. 1 — ●Inner circuit
vgs threshold 300 mV 1 V VDS = 10V, ID = 100µA; gate(th); ●Inner circuit ROHM datasheet, p. 2 — ●Inner circuit
input capacitance 7.1 pF VGS = 0V ROHM datasheet, p. 3
output capacitance 3.3 pF VDS = 10V ROHM datasheet, p. 3
reverse transfer capacitance 1.7 pF f = 1MHz ROHM datasheet, p. 3
rise time 4 ns ID = 50mA ROHM datasheet, p. 3
fall time 38 ns RG = 10Ω ROHM datasheet, p. 3
02 — Alternatives

Closest matches to RUM001L02T2CL

RK7002BM 3.0× higher breakdown voltage ds, 2.5× higher vgs threshold, 2.3× higher power dissipation
FDV301N 6.6× lower fall time, 2.9× higher forward current, 2.6× higher rise time
RUM002N02T2L 5.9× higher reverse transfer capacitance, 3.8× lower fall time, 3.5× higher input capacitance
2N7002K 4.2× higher input capacitance, 3.8× lower fall time, 3.0× higher breakdown voltage ds
2N7002K-T1 4.2× higher input capacitance, 3.8× lower fall time, 3.0× higher breakdown voltage ds
AO3400A 9.5× lower fall time, 9.3× higher power dissipation, 1.7× lower forward voltage
BSS138W 4.5× higher rise time, 3.9× higher output capacitance, 3.8× higher input capacitance
DMG1012T 10.0× lower reverse leakage current, 8.5× higher input capacitance, 8.3× lower rds on
03 — FAQ

Frequently asked questions

What is the breakdown voltage for the inner circuit?

The breakdown voltage is 20 V for the inner circuit.

What is the continuous drain current for the inner circuit of the RUM001L02T2CL?

The continuous drain current for the inner circuit is 100 mA.

What is the fall time when RG = 10Ω?

The fall time is 38 ns.

What is the forward current rating for the RUM001L02T2CL at Ta = 25°C; continuous?

The forward current is 100 mA.

What is the input capacitance of the RUM001L02T2CL when VGS = 0V?

The input capacitance is 7.1 pF at VGS = 0V.

What is the maximum operating temperature for the RUM001L02T2CL?

The maximum operating temperature is 150 °C.

What is the output capacitance of the RUM001L02T2CL when VDS = 10V?

The output capacitance is 3.3 pF at VDS = 10V.

What is the power dissipation of the inner circuit?

The power dissipation is 150 mW.

What is the on-resistance (rds on) of the RUM001L02T2CL at VGS = 4.5V and ID = 100mA?

The on-resistance is 2.5 Ohm.

What is the reverse leakage current of the RUM001L02T2CL when VDS = 20V and VGS = 0V?

The reverse leakage current is 1 µA.

What is the reverse transfer capacitance at f = 1MHz?

The reverse transfer capacitance is 1.7 pF at f = 1MHz.

What is the rise time when ID = 50mA?

The rise time is 4 ns.

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