ADL5519ACPZ-R2 AD [Analog Devices], ADL5519ACPZ-R2 Datasheet
ADL5519ACPZ-R2
Related parts for ADL5519ACPZ-R2
ADL5519ACPZ-R2 Summary of contents
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Preliminary Technical Data FEATURES Wide bandwidth: 1 MHz to 10 GHz Dual-channel and channel difference outputs ports Integrated accurately scaled temperature sensor 50 dB dynamic range GHz Stability over temperature ±0.5 dB Low noise measurement/controller output VOUT ...
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ADL5519 TABLE OF CONTENTS Features .............................................................................................. 1 Applications....................................................................................... 1 General Description ......................................................................... 1 Specifications..................................................................................... 3 Absolute Maximum Ratings............................................................ 9 ESD Caution.................................................................................. 9 Pin Configuration and Function Descriptions........................... 10 Typical Performance Characteristics ........................................... 12 Theory of Operation ...................................................................... 13 Using the ...
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Preliminary Technical Data SPECIFICATIONS 1000 pF 25°C, 52.3 Ω termination resistor at INHI, unless otherwise noted. POS LPF A Table 1. Parameter SIGNAL INPUT INTERFACE Specified Frequency Range DC Common-Mode Voltage MEASUREMENT ...
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ADL5519 Parameter Temperature Sensitivity OUTP-OUTN Dynamic Gain Range Temperature Sensitivity Input A to Input B Isolation Input A to OUTB Isolation Input B to OUTA Isolation f = 1.9 GHz Input Impedance OUT[A, B] ±1 dB Dynamic Range OUT[A, B] ...
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Preliminary Technical Data Parameter OUT[A, B] Maximum Input Level OUT[A, B] Minimum Input Level OUT[ Slope OUT[A, B] Intercept Output Voltage - High Power In Output Voltage - Low Power In Temperature Sensitivity OUTP-OUTN Dynamic Gain Range ...
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ADL5519 Parameter f = 5.8 GHz Input Impedance OUT[A, B] ±1 dB Dynamic Range OUT[A, B] Maximum Input Level OUT[A, B] Minimum Input Level OUT[ Slope OUT[A, B] Intercept Output Voltage - High Power In Output Voltage ...
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Preliminary Technical Data Parameter Input B to OUTA Isolation OUTPUT INTERFACE OUT[A, B] Voltage Range Min OUT[P, N] output OUT[P, N] Voltage Range Min Source/Sink Current Small Signal Bandwidth Output Noise Fall Time Fall Time Rise Time Rise Time Video ...
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ADL5519 Parameter Disable Time POWER INTERFACE Supply Voltage Quiescent Current vs. Temperature Disable Current Conditions PWDN HI to OUTA/OUTB at 10% final value Open 10nF dBm LPA/B HPA/B VPS[ (Pins ...
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Preliminary Technical Data ABSOLUTE MAXIMUM RATINGS Table 2. Parameter Supply Voltage: VPSA, VPSB, VPSR V Voltage: VSTA, VSTB SET Input Power (Single-Ended, Re: 50 Ω) INHA, INLA, INHB, INLB Internal Power Dissipation θ JA Maximum Junction Temperature Operating Temperature Range ...
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ADL5519 PIN CONFIGURATION AND FUNCTION DESCRIPTIONS Table 3. Pin Function Descriptions PIN Name Description 1 COMR Common for difference output and Temp Sensor 2 COMR Common for difference output and Temp Sensor 3 VPSB Positive Supply for Channel B. Must ...
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Preliminary Technical Data 29 COMR Common for difference output and Temp Sensor 30 COMR Common for difference output and Temp Sensor 31 INLB AC coupled RF common for Channel B 32 INHB AC coupled RF input for Channel B Paddle ...
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ADL5519 TYPICAL PERFORMANCE CHARACTERISTICS +25°C, –40°C, +85°C; CLPA/B = OPEN. Colors: +25°C black, –40°C blue, +85°C red Figure 3: OUT[A, B] Voltage and Log Conformance vs. Input Amplitude at 450 MHz, Typical ...
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Preliminary Technical Data THEORY OF OPERATION The ADL5519 is a dual-channel 6-stage demodulating logarithmic amplifier, specifically designed for use in RF measurement and power control applications at frequencies GHz. Sharing much of its design with the AD8317 ...
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... C4 COMR COMR VPSA ADJA VPSR TEMP CLPA VSTA 47nF 25 INHA NC INHA R5 52.3Ω 26 INLA OUTA C3 47nF 27 COMR FBKA ADL5519ACPZ 28 PWDN OUTP OUTN 29 COMR EXPOSED PADDLE FBKB 30 COMR C2 OUTB 31 INLB R6 47nF 52.3Ω INHB INHB 47nF COMR COMR VPSB ADJB VREF ...
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Preliminary Technical Data POWER-DOWN INTERFACE The operating and stand-by currents for the ADL5519 at 25°C are approximately 65 mA and 1 mA, respectively. The PWDN and ADJ[A,B] pins are connected to the base of and NPN transistor to force a ...
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ADL5519 In this configuration, all four measurements, OUT[ N], are made available simultaneously. A differential output can be taken from OUTP − OUTN, and VLVL can be used to adjust the common-mode level for an ADC connection. MEASUREMENT ...
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... C7 SEE 0.1μF 100pF TEXT SEE TEXT COMR COMR VPSA ADJA VPSR TEMP CLPA INHA 25 26 INLA COMR 27 ADL5519ACPZ 28 PWDN 29 COMR EXPOSED PADDLE 30 COMR 31 INLB INHB 32 COMR COMR VPSB ADJB VREF VLVL CLPB SEE TEXT 0Ω ...
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ADL5519 and OUTP. This changes the output equation for OUTB and OUTP to OUTB = 2 × OUTA − VLVL For VLVL < OUTA/2, OUTN = 0 V Otherwise, OUTN = 2 × VLVL – OUTA The previous equations are ...
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Preliminary Technical Data increase until the power on the two input channels is equal, resulting in a signal chain gain of unity gain other than required, an attenuator can be used in one of the ...
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Preliminary Technical Data TEMPERATURE COMPENSATION ADJUSTMENT The ADL5519 has a highly stable measurement output with respect to temperature. However, when the RF inputs exceed a frequency of 600 MHz, the output temperature drift must be compensated for using ADJ[A, B] ...
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Preliminary Technical Data Once slope and intercept have been calculated, an equation can be written that will allow calculation of the input power based on the output voltage of the detector. P (unknown /Slope) + Intercept IN OUT1(measured) ...
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ADL5519 ( − × − V Slope P IN OUT Error (dB) = Slope where P is the x-axis intercept expressed in dBm. This is Z analogous to the input amplitude that would produce an output ...
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Preliminary Technical Data EVALUATION BOARD Table 5. Evaluation Board (Rev. A) Configuration Options Component Function VPOS, GND1, Supply and Ground Connections. GND1, GND2, GND3 are internally GND2, GND3 connected together. R5, R6, C1, C2, C3, Input Interface. C4 The 52.3 ...
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ADL5519 R1, R2, R9, R10 Output Interface – Difference C9, C10 Filter Capacitor. The low-pass corner frequency of the circuit that drives Pin OUTA[OUTB] can be lowered by placing a capacitor between CLPA[CLPB] and ground. Increasing this capacitor increases the ...
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... ADJA R4 0.1μF 0Ω C8 100pF C7 R13 SENSOR OPEN R14 R18 OPEN OPEN COMR VPSA ADJA VPSR TEMP ADL5519ACPZ EXPOSED PADDLE VPSB ADJB VREF VLVL R19 C5 OPEN 0.1μF C16 R11 100pF C6 0Ω R17 OPEN OPEN C11 R7 0.1μ ...
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Preliminary Technical Data Figure 28. Top Side Layout Figure 29. Top Side Silkscreen Figure 30: Bottom Side Layout Figure 31: Bottom Side Silkscreen Rev. PrB | Page ADL5519 ...
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... OUTLINE DIMENSIONS BSC SQ PIN 1 INDICATOR 1.00 12° MAX 0.85 0.80 SEATING PLANE ORDERING GUIDE Model Temperature Package 1 ADL5519ACPZ-R7 −40°C to +85°C 1 ADL5519ACPZ-R2 −40°C to +85°C ADL5519ACPZ- −40°C to +85°C 1 ADL5519-EVALZ Pb-free part waffle pack. 5.00 0.60 MAX 0.50 TOP BSC 4.75 VIEW BSC SQ 0 ...