1 Features

• High supply voltage capable:

– Dual supply: ±10V to ±110V

– Single supply: 10V to 140V

– Asymmetric dual supply operation: between

+90V / –130V and 140V / -80V

• Consistent parametric across supply voltages

• Latch-up immune

• High continuous current: 200mA

• Low input leakage: 80pA at 25°C

• Low charge injection: –20pC

• Low off isolation & crosstalk: < –100dB

• Low On-Resistance flatness: 0.435Ω

• Low On-Resistance: 14Ω

• Low off-capacitance: 5pF

• Removes need for additional logic rail (VL)

• 1.8-V Logic capable

• Fail-safe logic: up to 48 V independent of supply

• Integrated Pull-Down resistor on logic pins

• Bidirectional signal path

• Wide operating temperature TA: –40°C to 125°C

• Industry-standard, small WQFN package

2 Applications

• High voltage bidirectional switching

• Analog and digital signal switching

• Semiconductor test equipment

• LCD test equipment

• Battery test equipment

• Data acquisition systems (DAQ)

• Digital multi-meter (DMM)

• Factory automation and control

• Programmable logic controllers (PLC)

• Analog input modules

3 Description

The TMUX9612 is a modern high voltage capable

analog switch with Latch-Up immunity. Each device

has four independently controllable 1:1, single-pole

single-throw (SPST) switch channels. The device

works well with dual supplies, a single supply, or

asymmetric supplies up to a maximum supply voltage

of 220V. The TMUX9612 device provides consistent

analog parametric performance across the entire

supply voltage range. The device also supports

bidirectional analog and digital signals on the source

(Sx) and drain (Dx) pins.

All logic inputs support logic levels of 1.8V, 3.3V, and

5V and can be connected as high as 48V, allowing for

system flexibility with control signal voltage. Fail-safe

logic circuitry allows voltages on the logic pins to be

applied before the supply pin, protecting the device

from potential damage.

The device provides Latch-Up immunity, preventing

undesirable high current events between parasitic

structures within the device. A Latch-Up condition

typically continues until the power supply rails are

turned off and can lead to device failure. The Latch-

Up immunity feature allows this family of multiplexers

to be used in harsh environments.