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EFX0004

Summary

EFX0004
community
Taher Kourany
Hard IP
350nm
Community
X-FAB
EFXH035A

Licensing

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Maturity

layout
4

Library Package

1.0
Mar 21, 2017

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Description

The EFX0004 is an embedded ultra-low power bandgap reference block which operates with 3.3V power supply. In Standby Mode (PDn = 'L') the power consumption is minimal, VBG will be pulled to ground level. The bandgap IP will be activated with the rising edge of signal PDn (PDn = 'H') and generates an output voltage of 1.23V on pin VBG. The output voltage can be trimmed via signals TR_BG[3:0] in 16 steps. The default combination is 4'b0000.

Features

  • Required Modules MOS
  • Low Power Consumption < 9.3µA
  • Operating Temperature Range -40°C to 125°C
  • IP size < 200µm x 300µm

Pins

NAME DESCRIPTION TYPE DIRECTION VMIN VMAX
VBG Bandgap reference voltage output signal output -0.5 VDD33A + 0.3
PDn Power-down input (active low) signal input -0.5 VDD33A + 0.3
TR_BG[3:0] Output voltage trim setting digital input -0.5 VDD33A + 0.3
VDD33A Positive power supply power inout 3.0 3.6
VSSA Ground ground inout 0 0
VBBA Substrate substrate inout 0 0

Parameters

Global Conditions

NAME MINIMUM TYPICAL MAXIMUM UNITS
VDD (VDD33A) 3.3 V
Ground (VSSA) 0 V
Substrate (VBBA) 0 V
Enable (PDn) 3.3 V
Trim (TR_BG[3:0]) 1000 0000 0111
RLoad (VBG) 100 MΩ
CLoad (VBG) 1 pF
Temp -40 27 125 °C
Sigma 3
Corner ws tm wp
VDDRISE (VDD33A) 100 ns

Electrical Parameters

PARAMETER PIN MINIMUM TYPICAL MAXIMUM UNITS
Line Regulation (Voltage Coefficient) VBG -233.3 581.8 1502 ppm/V Conditions
TEMPERATURE 27 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 2.7 3.6 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
Load Regulation VBG 0.4202 0.4819 0.5536 mV/µA Conditions
TEMPERATURE 27 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
CURRENT VBG 0.25 1.25 µA
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 2.7 3.6 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
Temperature Coefficient VBG -197 197 197 ppm/°C Conditions
TEMPERATURE -40 27 124.99 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
Input Low Voltage TR_BG[3:0] 0 43.49 %VDD Conditions
TEMPERATURE -40 27 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 0000
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.0 3.6 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
Input High Voltage TR_BG[3:0] 47.75 100 %VDD Conditions
TEMPERATURE -40 27 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 0000
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.0 3.6 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
Input Leakage Current TR_BG[3:0] 0 µA Conditions
TEMPERATURE -40 27 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 0 3.3 V
DIGITAL TR_BG[3:0] 1000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
PSRR positive at 100kHz VBG -42.18 -39.72 dB Conditions
TEMPERATURE -40 27 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
FREQUENCY VDD33A 100 kHz
VOLTAGE VSSA 0 V
PSRR positive at 1MHz VBG -25.86 -20.92 dB Conditions
TEMPERATURE -40 27 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
FREQUENCY VDD33A 1 MHz
VOLTAGE VSSA 0 V
PSRR negative at 100kHz VBG -33.39 -31.59 dB Conditions
TEMPERATURE -40 27 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
FREQUENCY VBBA 100 MHz
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
Power VDD33A 26.93 41.1 µW Conditions
TEMPERATURE -40 30 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 2.7 3.3 3.6 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
IDD33A VDD33A 7.606 9.271 µA Conditions
TEMPERATURE 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
IDD33A (standby) VDD33A 0.4724 0.5848 µA Conditions
TEMPERATURE 125 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 0 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.6 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (maximum trim) VBG 1.17 1.17 1.171 V Conditions
TEMPERATURE -40 27 125 °C
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (trim setting 4) VBG 1.208 1.208 1.208 V Conditions
TEMPERATURE 27
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 0100
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (trim setting 2) VBG 1.211 1.211 1.211 V Conditions
TEMPERATURE 27
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 0010
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (trim setting 1) VBG 1.228 1.228 1.228 V Conditions
TEMPERATURE 27
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 0001
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (nominal trim) VBG 1.233 1.238 1.243 V Conditions
TEMPERATURE -40 27 125 °C
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 0000
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (trim setting -1) VBG 1.227 1.227 1.227 V Conditions
TEMPERATURE 27
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1111
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (trim setting -3) VBG 1.256 1.256 1.256 V Conditions
TEMPERATURE 27
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1101
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (trim setting -6) VBG 1.271 1.271 1.271 V Conditions
TEMPERATURE 27
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1010
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
VBG (minimum trim) VBG 1.296 1.3 1.304 V Conditions
TEMPERATURE -40 27 125 °C
CORNER tm
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000
VOLTAGE VBBA 0 V
RESISTANCE VBG 100 MΩ
CAPACITANCE VBG 1 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V
TSTARTVDD VBG 0.002713 0.01303 0.02435 µs Conditions
TEMPERATURE 27 °C
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 1 100 MΩ
CAPACITANCE VBG 0 5 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 10 100 ns
VOLTAGE VSSA 0 V
VNOISE VBG 1.13e+04 1.163e+04 1.203e+04 µV-rms Conditions
TEMPERATURE 27 °C
FREQUENCY 0.1 10 Hz
CORNER ws tm wp
SIGMA 3
VOLTAGE PDn 3.3 V
DIGITAL TR_BG[3:0] 1000 0000 0111
VOLTAGE VBBA 0 V
RESISTANCE VBG 1 100 MΩ
CAPACITANCE VBG 0 5 pF
VOLTAGE VDD33A 3.3 V
RISETIME VDD33A 100 ns
VOLTAGE VSSA 0 V

Physical Parameters

PARAMETER MINIMUM TYPICAL MAXIMUM UNITS
area 56613.38 µm²
width 286.65 µm
height 197.5 µm
DRC_errors 0
LVS_errors 0