The KZOA0351IP is high precision, high performance, high bandwidth operational amplifier chip. It is ahead of its competitors in all respects comparing it between to the worlds top high precision operational amplifier makers.
Additionally, the chip can be produced cheaply unlike similar category operational amplifiers.
This chip is ready for production by manufacturers. There is a special offer for manufacturers who want to produce this chip (please click 'Send Inquiry' below to request the details).
| Name | Description | Type | Direction | Vmin | Vmax |
|---|---|---|---|---|---|
| pve | differential input voltage high | signal | input | -0.3 | 3.6 |
| nve | differential input voltage low | signal | input | -0.3 | 3.6 |
| output | bandgap reference voltage output | signal | output | -0.3 | 3.6 |
| POWER | positive power supply | power | inout | -0.3 | 3.6 |
| VSSA | ground | ground | inout | -0.3 | POWER + 0.3 |
| Name | Typical | Minimum | Maximum | Units |
|---|---|---|---|---|
| VDD | 2.5 | V | ||
| Ground | 0 | V | ||
| RLoad | 100 | GΩ | ||
| CLoad | 5 | pF | ||
| Temp | 27 | -40 | 130 | °C |
| Vcm | 0.8 | 1.5 | V | |
| Trise | 50 | ms | ||
| Sigma | 3 | |||
| Corner | tm | ws | wp |
| Parameter | Pin | Typical | Minimum | Maximum | Units | Conditions |
|---|---|---|---|---|---|---|
| Input Offset Voltage | -33.66 | -82.41 | 0.404 | mV | Conditions | |
| VOL | 1.045e-08 | 9.088e-09 | 1.187e-08 | V | Conditions | |
| VOH | 2.488 | 2.464 | 2.5 | V | Conditions | |
| Open-loop Voltage Gain | 253.1 | 249.9 | 256.1 | dB | Conditions | |
| Gain-Bandwidth @ 3σ | 251.5 | 185.7 | 321.9 | MHz | Conditions | |
| Gain-Bandwidth @ 6σ | 264.5 | 136.4 | 410.4 | MHz | Conditions | |
| Slew Rate Rise @ 3σ | 1136 | 1107 | 1166 | V/µs | Conditions | |
| Slew Rate Rise @ 6σ | 1098 | 933.3 | 1262 | V/µs | Conditions | |
| Slew Rate Fall @ 3σ | 455.9 | 341.1 | 570.6 | V/µs | Conditions | |
| Slew Rate Fall @ 6σ | 386.5 | 271.9 | 501.1 | V/µs | Conditions | |
| Full Power Bandwidth | 58.04 | 43.43 | 72.65 | MHz | Conditions | |
| Phase Margin | 265.6 | 264.8 | 266.8 | ° | Conditions | |
| Gain Margin | -70.87 | -71.58 | -70.17 | dB | Conditions | |
| Equivalent Input Noise Voltage @ 1kHz | 251 | 68.14 | 1042 | nV/√Hz | Conditions | |
| Equivalent Input Noise Voltage @ 10kHz | 96.98 | 27.03 | 422.1 | nV/√Hz | Conditions | |
| CMRR @ 100kHz | -47.62 | -52.68 | -42.19 | dB | Conditions | |
| PSRR @ 100kHz | -96.1 | -183.8 | -38.29 | dB | Conditions | |
| IDD @ 3σ | 165.8 | 128.5 | 207.7 | µA | Conditions | |
| IDD @ 6σ | 171.9 | 102.8 | 254.4 | µA | Conditions |
| Parameter | Typical | Minimum | Maximum | Units |
|---|---|---|---|---|
| device_area | 15038 | µm² | ||
| area | 39040.37 | µm² | ||
| width | 270.55 | µm | ||
| height | 144.3 | µm | ||
| DRC_errors | 0 | |||
| LVS_errors | 0 |
Figure 1
Plot 1: Gain-bandwidth product vs. Common-mode voltage
Plot 2: Large signal transient response (Unity gain configuration, 2Vpp
Plot 3: Slew rate vs. supply voltage POWER
Plot 4: Gain-bandwidth product vs. Supply voltage
KZOA0351IP
community
Khaled Hussein
Hard IP
350nm
community
X-FAB
EFXH035A
Operational Amplifier
$7000
N/A
layout
1
1.0
May 10, 2018
