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The NX3L4053PW-Q100J is a triple low-ohmic single-pole double-throw analog switch designed for automotive applications. It operates on a single supply voltage ranging from 1.4 V to 4.3 V and features Schmitt trigger inputs for noise immunity. The device provides three independent SPDT switches with a common enable input, allowing signals up to VCC to be transmitted bidirectionally. It offers very low ON resistance, typically 0.5 Ω at 4.3 V, ensuring minimal signal attenuation. The component is qualified to AEC-Q100 Grade 1 standards and supports an ambient temperature range of -40 °C to +125 °C.
Verify the specific ordering suffix J against official NXP documentation to confirm packaging details such as tape and reel specifications. Ensure the TSSOP16 package variant matches the required PCB footprint. Confirm that the AEC-Q100 Grade 1 qualification aligns with the target automotive application requirements before finalizing procurement.
Select this component when a triple SPDT analog switch with low ON resistance is required in space-constrained designs. The wide supply voltage range allows compatibility with various logic levels, including 1.8 V control driving 3.3 V or 4.3 V signals. Verify that the thermal dissipation capabilities of the TSSOP16 package meet the power requirements of the specific application environment.
This part belongs to the NX3L4053-Q100 family of triple SPDT analog switches. It shares functional characteristics with other variants like the NX3L4053HR-Q100 but differs in package type. The PW suffix indicates the TSSOP16 plastic thin shrink small outline package, while the HR suffix denotes the HXQFN16 package. All variants maintain the same electrical performance and automotive qualification.
NX3L4053PW-Q100
Yes, the device allows signals with amplitude up to VCC to be transmitted from nZ to nY0 or nY1, or vice versa.
The typical ON resistance (RON) is 0.5 Ω at VCC = 4.3 V with ISW = 100 mA.
No, the low threshold digital inputs allow the device to be driven by 1.8 V logic levels in 3.3 V applications without significant increase in supply current.