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The Nexperia 74HC4016PW,112 is a quad single-pole single-throw analog switch housed in a TSSOP14 package (SOT402-1). It operates within a supply voltage range of 2.0 V to 10.0 V and supports ambient temperatures from -40 °C to +125 °C. The device features four independent switches with active HIGH enable inputs. Typical ON resistance values are 160 Ω at 4.5 V, 120 Ω at 6.0 V, and 85 Ω at 9.0 V. Static characteristics include input leakage currents up to ±2.0 μA at 10.0 V and OFF-state leakage up to ±1.0 μA per channel. Dynamic performance includes propagation delays ranging from 4 ns to 60 ns depending on voltage, with ESD protection exceeding 2000 V (HBM) and 200 V (MM).
Verify the ordering suffix ',112' against official Nexperia documentation to confirm specific tape-and-reel packaging details, as datasheet tables primarily list ',115' and ',315'. Ensure the component status is confirmed as Active via the manufacturer's online database prior to design finalization. Cross-reference the SOT402-1 package dimensions for PCB footprint accuracy.
Select this component when a quad SPST analog switch is required with low ON resistance across a wide voltage range. The TSSOP14 package is suitable for space-constrained designs requiring surface-mount assembly. Consider the typical 160 Ω ON resistance at 4.5 V when designing for minimal signal attenuation. Verify that the application does not require automotive qualification, as this product is not specified for such use.
The 74HC4016 belongs to the Nexperia 74HC series of high-speed silicon-gate CMOS devices. It is pin-compatible with the legacy 4016 series from the 4000B family. The PW variant specifically denotes the thin shrink small outline plastic package with 14 leads and a 4.4 mm body width, distinguishing it from the standard SO14 version.
The 74HC4016D is a direct functional replacement using an SO14 package. Other manufacturers produce equivalent parts under the 74HC4016 designation, but verify pinout compatibility and electrical specifications such as ON resistance and leakage currents before substitution.