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M5913 数据表(PDF) 8 Page - STMicroelectronics |
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M5913 数据表(HTML) 8 Page - STMicroelectronics |
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8 / 17 page  Symbol Parameter Test Conditions Min. Typ. Max Unit POWER DISSIPATION All measurements made at fDCLK = 2.048MHz, outputs unloaded ICC1 VCC Operating Current 6 10 mA IBB1 VBB Operating Current 6 9 mA ICC0 VCC Power Down Current PDN ≤ VIL ; after 10µs 40 300 µA IBB0 VBB Power Down Current PDN ≤ VIL ; after 10µs 40 300 µA ICCS VCC Standby Current FSX,FSR ≤ VIL ; after 30ms 300 600 µA IBBS VBB Standby Current FSX,FSR ≤ VIL ; after 30ms 40 300 µA PD1 Operating Power Dissipation 60 100 mW PD0 Power Down Dissipation PDN ≤ VIL ; after 10µs 0.4 3 mW PST Standby Power Dissipation FSX, FSR ≤ VIL ; after 30ms 1.7 5 mW ANALOG INTERFACE, RECEIVE FILTER DRIVER AMPLIFIER STAGE IBX1 Input Leakage Current, VFXI+, VFXI- -2.17V ≤ VIN ≤ 2.17V 100 nA RIXI Input Resistance, VFXI+, VFXI- 10 M Ω VOSXI Input Offset Voltage, VFXI+, VFXI- 25 mV CMRR Common Mode Rejection, VFXI+, VFXI- -2.17V ≤ VIN ≤ 2.17V 55 dB AVOL DC Open Loop Voltage Gain, GSX RL = 10K 5000 20.000 fC Open Loop Unity Gain Bandwidth, GSX 1MHz VOXI Output Voltage Swing GSX RL ≥ 10kΩ – 2.17 2.17 V CLXI Load Capacitance, GSX 50 pF RLXI Minimum Load Resistance, GSX 10 k Ω ANALOG INTERFACE, RECEIVE FILTER DRIVER AMPLIFIER STAGE RORA Output Resistance, PWRO+, PWRO- 1 Ω VOSRA Single-ended Output DC Offset, PWRO+, PWRO- Relative to GRDA -150 75 150 mV CLRA Load Capacitance, PWRO+, PWRO- 100 pF DC CHARACTERISTICS (continued) AC CHARACTERISTICS - TRANSMISSION PARAMETERS Unless otherwie noted, the analog input is a 0dBm0, 1020Hz sine wave 1. Input amplifier is set for unity gain, noninverting. The digital inputs is a PCM bit stream generated by passing a 0dBm0, 1020Hz sine wave through an ideal encoder. Receive output is measured single ended, maximum gain configuration 2. All output levels are (sin X)/X corrected. Symbol Parameter Test Conditions Min. Typ. Max. Unit GAIN AND DYNAMIC RANGE EmW Encoder Milliwatt Response (transmit gain tolerance) Tamb =25 °C, VBB = – 5V, VCC =+ 5V -0.15 ± 0.04 +0.15 dBm0 EmWTS EmW Variation with Temperature and Supplies ± 5% Supplies, 0 to 70°C Relative to Nominal Conditions -0.12 +0.12 dB DmW Digital Milliwatt Response (receive gain tolerance) Tamb =25 °C; VBB = – 5V, VCC =+ 5V -0.15 ± 0.04 +0.15 dBm0 DmWTS DmW Variation with Temperature and Supplies ± 5%, 0 to 70°C -0.08 +0.08 dB 0TLP1X Zero Transmission Level Point Transmit Channel (0dBm0) µ-law Referenced to 600 Ω Referenced to 900 Ω + 2.76 + 1.00 dBm dBm 0TLP2X Zero Transmission Level Point Transmit Channel (0dBm0) A-law Referenced to 600 Ω Referenced to 900 Ω + 2.79 + 1.03 dBm dBm 0TLP1R Zero Receive Level Point Receive Channel (0dBm0) µ-law Referenced to 600 Ω Referenced to 900 Ω + 5.76 + 4.00 dBm dBm 0TLP2R Zero Transmission Level Point Transmit Channel (0dBm0)) A-law Referenced to 600 Ω Referenced to 900 Ω + 5.79 + 4.03 dBm dBm M5913 8/17 |
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