ADL5317
Rev. 0 | Page 6 of 16
TYPICAL PERFORMANCE CHARACTERISTICS
VPHV = 78 V, VPLV = 5 V, VAPD = 60 V, IAPD = 5 糀, TA = 25癈, unless otherwise noted.
10m
2.0
100p
2.0
1n
10m
I
APD
(Amperes)
10n
100n
1?/SPAN>
10?/SPAN>
100?/SPAN>
1m
1m
1.5
100?/SPAN>
1.0
10?/SPAN>
0.5
1?/SPAN>
0
100n
0.5
10n
1.0
1n
1.5
+25?/SPAN>C
40?/SPAN>C
+85?/SPAN>C
+85?/SPAN>C
+25?/SPAN>C
40?/SPAN>C
Figure 3. I
PDM
Linearity for Multiple Temperatures,
Normalized to IAPD = 5 糀, 25癈
80
0
0
3.0
V
SET
(V)
70
60
50
40
30
20
10
0.5
1.0
1.5
2.0
2.5
V
PHV
= 45V,
40?/SPAN>C
V
PHV
= 45V, +85?/SPAN>C
V
PHV
= 45V, +25?/SPAN>C
V
PHV
= 78V, +25?/SPAN>C
V
PHV
= 78V, 40?/SPAN>C
V
PHV
= 78V, +85?/SPAN>C
Figure 4. VAPD vs. VSET for Multiple Temperatures,
VPHV = 78 V and VPHV = 45 V, IAPD = 5 糀
2.150
1.850
0
90
V
PHV
(V)
2.125
2.100
2.075
2.050
2.025
2.000
1.975
1.950
1.925
1.900
1.875
10
20
30
40
50
60
70
80
40?/SPAN>C
+25?/SPAN>C
+85?/SPAN>C
Figure 5. VAPD Supply Tracking Offset vs. VPHV for Multiple Temperatures
2.0
2.0
I
APD
(Amperes)
1.5
1.0
0.5
0
0.5
1.0
1.5
10m
100p
1n
10m
10n
100n
1?/SPAN>
10?/SPAN>
100?/SPAN>
1m
1m
100?/SPAN>
10?/SPAN>
1?/SPAN>
100n
10n
1n
V
PHV
= 78V, V
APD
= 60V
V
PHV
= 45V, V
APD
= 32V
V
PHV
= 10V, V
APD
= 6V
V
PHV
= 78V, V
APD
= 60V
V
PHV
= 45V, V
APD
= 32V
V
PHV
= 10V,
V
APD
= 6V
Figure 6. IPDM Linearity for Multiple Values of VAPD and VPHV,
Normalized to IAPD = 5 糀, VPHV =78 V, VAPD = 60 V
31.0
29.0
0
3.0
V
SET
(V)
0.5
1.0
1.5
2.0
2.5
30.8
30.6
30.4
30.2
30.0
29.8
29.6
29.4
29.2
V
PHV
= 45V, +85?/SPAN>C
V
PHV
= 45V, +25?/SPAN>C
V
PHV
= 45V, 40?/SPAN>C
V
PHV
= 78V, +85?/SPAN>C
V
PHV
= 78V, +25?/SPAN>C
V
PHV
= 78V, 40?/SPAN>C
Figure 7. Incremental Gain from V
SET
to V
APD
vs. V
SET
for
Multiple Temperatures, I
APD
= 5 糀, V
PHV
= 78 V and 45 V
70
0.030
0
0.040
1n
10m
I
APD
(Amperes)
10n
100n
1?/SPAN>
10?/SPAN>
100?/SPAN>
1m
60
0.020
50
0.010
40
0
30
0.010
20
0.020
10
0.030
78/60 +25?/SPAN>C
45/32 +25?/SPAN>C
10/6 +25?/SPAN>C
78/60 40?/SPAN>C
45/32 40?/SPAN>C
10/6 40?/SPAN>C
78/60 +85?/SPAN>C
45/32 +85?/SPAN>C
10/6 +85?/SPAN>C
V
PHV
= 78V, V
APD
= 60V; +85?/SPAN>C, +25?/SPAN>C, 40?/SPAN>C
V
PHV
= 45V, V
APD
= 32V; +85?/SPAN>C, +25?/SPAN>C, 40?/SPAN>C
V
PHV
= 10V, V
APD
= 6V; +85?/SPAN>C, +25?/SPAN>C, 40?/SPAN>C
Figure 8. VAPD vs. IAPD for Multiple Temperatures and Values of VPHV and VAPD
发布紧急采购，3分钟左右您将得到回复。
相关PDF资料
ADM1027ARQZ-RL7
IC REMOTE THERMAL CTLR 24QSOP
ADM1029ARQZ-R7
IC SENSOR 2TEMP/FAN CTRL 24QSOP
ADM1030ARQZ-RL7
IC SNSR TEMP/FAN PWM CTRL 16QSOP
ADM1032ARZ-REEL
IC TEMP MONITOR 85DEG 8SOIC
ADM1033ARQZ-RL7
IC THERM/FAN SPEED CTLR 16-QSOP
ADM1034ARQZ-REEL
IC THERM/FAN SPEED CTRLR 16-QSOP
ADN8810ACPZ-REEL7
IC CURRENT SOURCE(12BIT) 24LFCSP
ADP2140ACPZ3328R7
IC REG DL BCK/LINEAR 10LFCSP
相关代理商/技术参数
ADL5317ACPZ-WP
制造商:Analog Devices 功能描述:SP Amp LOG Amp Single 6V/80V 16-Pin LFCSP EP Tray 制造商:Analog Devices 功能描述:SP AMP LOG AMP SGL 6V/80V 16LFCSP EP - Bulk
ADL5317-EVAL
制造商:Analog Devices 功能描述:EVAL BD FOR AVALANCHE PHOTODIODE BIAS CNTRLR AND WIDE RANGE - Bulk
ADL531A-53M0
制造商:Panasonic Industrial Company 功能描述:VALVE
ADL5320
制造商:AD 制造商全称:Analog Devices 功能描述:400 MHz to 2700 MHz RF Driver Amplifier
ADL5320_08
制造商:AD 制造商全称:Analog Devices 功能描述:400 MHz to 2700 MHz RF Driver Amplifier
ADL5320ARKZ
制造商:Analog Devices 功能描述:AMP DVR RF 400MHZ-2.7GHZ 3SOT89 制造商:Analog Devices 功能描述:AMP, DVR, RF, 400MHZ-2.7GHZ, 3SOT89 制造商:Analog Devices 功能描述:AMP, DVR, RF, 400MHZ-2.7GHZ, 3SOT89; Frequency Min:400MHz; Frequency Max:2.7GHz; Gain:17dB; Noise Figure Typ:5.1dB; RF IC Case Style:SOT-89; No. of Pins:3; Supply Voltage Min:4.5V; Supply Voltage Max:5.5V; RF Type:Broadband; ;RoHS Compliant: Yes
ADL5320ARKZ-R7
功能描述:IC AMP RF DRIVER 2.7GHZ SOT89 RoHS:是 类别:RF/IF 和 RFID >> RF 放大器 系列:- 标准包装:3,000 系列:- 频率:100MHz ~ 6GHz P1dB:9.14dBm（8.2mW） 增益:15.7dB 噪音数据:1.3dB RF 型:CDMA，TDMA，PCS 电源电压:2.7 V ~ 5 V 电流 - 电源:60mA 测试频率:2GHz 封装/外壳:0505（1412 公制） 包装:带卷 (TR)
ADL5320ARKZ-WP
制造商:AD 制造商全称:Analog Devices 功能描述:400 MHz to 2700 MHz Pre-driver RF Amplifier