background image

3

 

of

 

10

 

1.

 

Specifications

 

 

 

SR555

 

SR556

 

Gain

 

(Transimpedance)

 

Gain

 

accuracy

 

Gain

 

stability

 

10

7

  

V/A

 

±1%

 

±50

 

ppm

 

/

 

°C

 

10

9

 

V/A

 

±1%

 

±50

 

ppm

 

/

 

°C

 

Bandwidth

 

Rise

/Fall

time

 

DC

 

 

120

 

kHz

 

(

3dB)

 

2.9

 

µs

 

DC

 

 

3

 

kHz

 

(

3dB)

 

120

 

µs

 

Input

 

current

 

noise

 

(typ)

 

42

 

fA/

Hz

  

@

 

1kHz

 

5.0

 

fA/

Hz

   

@

 

1kHz

 

Input

 

voltage

 

noise

 

(typ)

 

4.5

 

nV/

Hz

  

@

 

1kHz

 

Input

 

bias

 

current

  

3

 

pA

  

typ.

 

Input

 

offset

 

voltage

 

±150

 

µV

 

max

 

Input

 

voltage

 

range

 

9V

  

  

+9V

  

(Outside

 

of

 

this

 

range

 

may

 

cause

 

permanent

 

damage)

 

Input

 

resistance

 

(DC)

 

Input

 

capacitance

 

50

 

 

16

 

pF

 

50

 

 

12

 

pF

 

Input

 

current

 

range

 

±1

 

µA

 

(for

 

linear

 

operation)

 

±10

 

nA

 

(for

 

linear

 

operation)

 

External

 

input

 

capacitance

 

Up

 

to

 

1nF

 

Up

 

to

 

10nF

 

Bias

 

input

 

Bias

 

input

 

impedance

 

5

 

 

+5

 

Vdc

  

1

 

M

 

Bias

 

rejection

  

76

 

dB

  

typ.

  

(Output

 

response

 

to

 

DC

 

bias

 

input)

 

Bias

 

settling

 

time

 

<150

 

ms

 

<250

 

ms

 

Output

 

20Vpp

 

max,

 

balanced

 

differential

 

10mA

 

max

 

50

Ω 

output

 

impedance

 

Power

 

+20V

 

±10%

 

/

 

80mA

 

20V

 

±10%

 

/

 

50mA

 

(Supplied

 

by

 

SR510,

 

SR530,

 

SR810,

 

SR830,

 

or

 

SR124

 

via

 

control

 

cable)

 

Mechanical

 

3.1”

 

×

 

1.4”

 

×

 

5.1”(WHD)

 

Weight

 

10

 

oz

 

 

Содержание SR555

Страница 1: ...Preamplifier Stanford Research Systems 1290 D Reamwood Ave Sunnyvale CA 94089 U S A Phone 408 744 9040 FAX 408 744 9049 info thinkSRS com www thinkSRS com Copyright 2012 Stanford Research Systems Inc...

Страница 2: ...ials and workmanship for a period of one 1 year from the date of shipment Service For warranty service or repair this product must be returned to a Stanford Research Systems authorized service facilit...

Страница 3: ...9V Outside of this range may cause permanent damage Input resistance DC Input capacitance 50 16 pF 50 12 pF Input current range 1 A for linear operation 10 nA for linear operation External input capac...

Страница 4: ...0 1000 10000 100000 1000000 Gain V A Frequency Hz 0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 10 100 1000 10000 100000 Input impedance Frequency Hz SR556 SR555 Figure 1 Gain Figure...

Страница 5: ...quency Hz 1 10 100 1000 10000 10 100 1000 10000 100000 1000000 Current noise density fA Hz Frequency Hz Cs 1 2nF Cs is the input shunt capacitance Cs is the input shunt capacitance Cs 120pF Cs 12nF Cs...

Страница 6: ...1 10 100 1 Voltage noise density e n nV Hz 10 Fron Figure 6 SR5 10 t 55 SR556 Me 00 10 Frequency H 5 1 echanical 000 10 Hz Rear Figure 5 input v 0000 1 3 1 r 5 SR555 SR5 oltage noise d 100000 1 4 556...

Страница 7: ...put signal since it is subtracted out by the post differential amplifier The SR555 SR556 can be located close to the source to eliminate long cables capacitive loading and noise pickup The two output...

Страница 8: ...e the output signal differentially For applications in which the input current node should be left unbiased 0 V potential the Bias Enable switch should be left in the down position on the SR555 SR556...

Страница 9: ...gulate the DC power inputs from connector J5 to provide internal 15V power supplies U11 provide the 5V and used by U10 and overload LED 7 Parts Lists a SR555 Part Number Reference Value 5 00570 C3 C25...

Страница 10: ...J5 DB 9 Female 1 01320 J6 J7 5 PIN 6 00174 L1 L2 6611 TYPE 43 4 00191 R1 R12 R13 49 9 4 01760 RN1 668 A 2001 A 4 00925 R2 R23 10 4 01021 R4 100 4 01213 R5 10 0K 4 01261 R6 31 6K 4 02537 R7 1 00G 4 01...

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