方案
By Technology
ON Semiconductor offers qualified IP blocks developed by several partners, minimizing design risk, reducing development costs, and decreasing time-to-market.
To request Process Design Kits, visit MyON. Please contact your local ON Semiconductor Sales Representative for additional information regarding IP blocks of interest.
Vendor | Intellectual Property Name | Technology | Description |
---|---|---|---|
![]() |
AIP300 Digital Gate Library | ONC18G/MS I4T 45v/70v |
AIP300 is a Total Ionizing Dose (TID) tolerant over 300KRad and Single Event Latch-Up (SEL) immune Digital Gate Library |
![]() |
AIP301 Digital Gate Library | ONC18G/MS I4T 45v/70v |
AIP301 is a Total Ionizing Dose (TID) tolerant over 300KRad and Single Event Latch-Up (SEL) immune Place and Routable Digital Gate Library |
![]() |
AIP302s Digital Gate Library | ONC18G/MS I4T 45v/70v |
AIP302s is a Single Event Latch-Up (SEL) immune Place and Routable Digital Gate Library |
![]() |
PLL QP RH | ONC18G/MS I4T 45v/70v |
PLL QP RH is a Radiation Hardened by Design (RHBD) Phase Locked Loop utilizing a single reference clock and produces two user programmable output clocks |
![]() |
ANLVLSHFT0400 | ONC18G/MS I4T 45v/70v |
A single to differential level shifter from 1.8V to -15V and includes the -15V pad driver for driving the signal off chip. |
![]() |
ANPOR0400 | ONC18G/MS I4T 45v/70v |
A Dual Power-On Reset circuit used to sense the voltage levels of two power supplies. As the power supplies are ramped on, the ANPOR0400 monitors the voltage level on both and reports when the voltage has crossed into a functional operating range. After reporting that both power supplies are in the functional range, the ANPOR0400 latches the output signal high and enters an ultra-low power state. |
![]() |
HX11AA 12-bit SAR ADC | ONC18G/MS I4T 45v/70v |
The HX11AA is a 12-bit, pseudo-differential 100ksps SAR analog-to-digital converter optimized to provide high accuracy conversion of analog signals into the digital domain. Options include a 16 channel input MUX. |
![]() |
HX11BA Bandgap Ref | ONC18G/MS I4T 45v/70v |
The HX11BA is a bandgap circuit providing a temperature independent reference voltage and 10 additional proportional to absolute temperature (PTAT) current sources. The HX11BA is also designed to connect and layout abut to the HX11Rx IP products. |
![]() |
HX11BB ZTC Current Ref | ONC18G/MS I4T 45v/70v |
The HX11BB is a zero temperature coefficient (ZTC) current reference that provides temperature independent currents. The HX11BB has both current sink and current sources. |
![]() |
HX11DA 12-bit DAC | ONC18G/MS I4T 45v/70v |
The HX11DA is a 12-bit digital-to-analog converter that can accept an input frequency bandwidth of 100kHz. Optimized to provide high accuracy conversion of low bandwidth digital signals into the analog domain. Includes an output buffer capable of driving loads up to 100pF. |
![]() |
HX11PA Power On Reset | ONC18G/MS I4T 45v/70v |
The HX11PA is a power on reset (POR) circuitry block with complimentary release signals. The rising supply voltage threshold is approximately 2.1V. The falling voltage threshold is approximately 1.9V. The POR works with both fast and slow supply ramps. |
![]() |
HX11RA Internal Voltage Ref | ONC18G/MS I4T 45v/70v |
The HX11RA is a voltage regulator designed to provide a voltage reference or supply for on-chip circuitry. Various output voltages can be realized. Designed to connect and layout abut to the HX11BA bandgap IP which provides a 1.21V reference voltage and 24µA bias current for a compact structure. |
![]() |
HX11RB External Voltage Ref | ONC18G/MS I4T 45v/70v |
The HX11RB is a voltage regulator designed to provide a voltage reference to an external load. Various output voltages can be realized. Designed to connect and layout abut to the HX11BA bandgap IP which provides a 1.21V reference voltage and 24µA bias current for a compact layout structure. |
![]() |
HX11DB 7-bit DAC | ONC18G/MS I4T 45v/70v |
The HX11DB is a 7-bit digital to analog converter that is optimized to provide medium accuracy conversion of low bandwidth digital signals into the analog domain |