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Compare 491 Other from 33 vendors (1 - 10)
  • Quadruple Capacitor Switch
    • The TS_SW_4Cap_X8 is a quadruple capacitor switch that is primarily used for resonator/transducer trimming.
    • Large off-chip capacitors can be connected to the terminals C1 through C4: for example, 680pF (C4), 510pF (C3), 330pF (C2), 180pF (C1). When an NMOS switch is on, it pulls the terminal voltage down to ground through a low series drain-source resistance.
    Block Diagram -- Quadruple Capacitor Switch
  • SLM SHS IP
    • The SLM SHS IP is an automated hierarchical test solution for efficiently testing SoCs or designs using multiple IP/cores, including analog/mixed-signal IP, digital logic cores and interface IP.
    • It significantly reduces test integration time by automatically creating a hierarchical IEEE 1500 network to access and control all IP/cores at the SoC level, and increases test quality of results (QoR), including optimizing test time and power through flexible test scheduling of IP and cores.
    Block Diagram -- SLM SHS IP
  • Special Purpose Low (Statistical) offset Operation Amplifier
    • The WEAOPSPLO18PI18RO12M22G is a special purpose low offset buffer for bias generator that provides a buffered ouput for the Temperature Sensor
    • The OpAmp deliberately exhibits systematic offsets to favor near zero Output Voltages
    • It is Ideal for Temperature sensors with Rail – To – Rail Output that can go down to zero values.
    Block Diagram -- Special Purpose Low (Statistical) offset Operation Amplifier
  • Rail to Rail Input and Output Operational Amplifier
    • The WEAOPSP18RI18RO1F22G is a rail to rail input and rail to rail output folded cascode with rail to rail output gm stage with input offset control capability
    • The opamp is ideal for ADC input buffers with offset control requirements for the ADC calibration.
    Block Diagram -- Rail to Rail Input and Output Operational Amplifier
  • Special Purpose Low offset Operational Amplifier
    • The WEAOPSLOSP18NI18RO12M22G is a special purpose low offset buffer for bias generator that provides a buffered output for the bandgap voltage.The OpAmp deliberately exhibits systematic offsets to favor near zero Output Voltages
    • It is Ideal for Power Detector and Temperature sensors with Rail – To – Rail Output that can go down to zero values.
    Block Diagram -- Special Purpose Low offset Operational Amplifier
  • Special Purpose Low offset Operational Amplifier
    • The WEAOPSLO18NI18RO12M22G is a special purpose low offset and low noise opamp
    • The opamp architecture is two-stage Miller with RC compensation
    • The opamp provides current outputs that copy the current flowing out of the main opamp output
    • This feature allows easy poly current generation since the current copied at the current outputs will have a relation of Vref/Rload when the opamp is connected as a unity gain buffer with vref at its positive input
    Block Diagram -- Special Purpose Low offset Operational Amplifier
  • High Current, Low offset fast Operation Amplifier
    • The WEAOPSHC18NI18SFP22M22G is a High current, single ended dual stage Miller operational Amplifier
    • The Amplifer has two outputs, a high impedance (outp) and a low impedance (outppbuf) provided by a source follower pfet buffer.
    Block Diagram -- High Current, Low offset fast Operation Amplifier
  • High Bandwidth Differential Output Operational Amplifier
    • The WEAOPDHB18PI18SFP11M22G is a High Bandwidth one stage differential pmos input Operational Amplifier with common mode feedback pmos source follower driven outputs.
    Block Diagram -- High Bandwidth Differential Output Operational Amplifier
  • Passive Programmable High Pass Filter
    • The WEA228HPFP18BT122G is a passive High Pass filter with programmable cutoff frequency from 2 MHz to 27.5 MHz with less than 10.5 % residual absolute error after calibration
    • The filter supports capacitor bypass mode.
    Block Diagram -- Passive Programmable High Pass Filter
  • 32Gbps, 31 order, Pseudo Random Bit Sequence Generator / Checker
    • This unit generates and checks Pseudo Random Bit Sequence (PRBS) of 31 order, up to 32Gbps. Error count is accurate: no double counts or omissions regardless of error sequence or frequency of occurrence.
    • Can be used as Generator, Checker or both. No inductors are used minimizing area and EM interference. Simple control interface, with low frequency asynchronous signals only.
    Block Diagram -- 32Gbps, 31 order, Pseudo Random Bit Sequence Generator / Checker
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Semiconductor IP