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美国PEARSON传感器

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公司: 秦皇岛维克托国际贸易有限公司 
型 号:
单 价: 1元/ 询价 
最小起订量:    
供货总量: 1
发货期限: 自买家付款之日起 天内发货
有效期至: 长期有效
最后更新: 2013-03-21
相关信息
 
产品详细说明

Pearson Current Monitors

Whether you are interested in observing and measuring submilliamp currents in a charged particle beam or thousands of amps resulting from a fault in a major power feeder, you will find a Pearson Current Monitor to suit your needs.
The use of a patented distributed termination technique permits observation of rise times as short as two nanoseconds. Devices of larger inner diameter make possible the measurement of current


in high voltage circuits without the risk of voltage breakdown. Several models feature double shielding for greater noise immunity and increased safety in high voltage applications. All models are sealed and are suitable for use in high voltage insulating oil or under vacuum. They can be connected to oscilloscopes, digital voltmeters, analog-to-digital convertors, and a variety of other measuring instruments.

Print Friendly Version of Standard
Current Monitor Table.


Model
Number

Shape

Output (volts/
amp)

HoleId.(inches)


Time Domain Parameters


Frequency Domain Parameters

Model Number

Max.
Peak
Curr.
(amps)

Droop (%/msec.)

Useable Rise
Time
(nsec.)

IT Max. (amp-sec.)

Max.
RMS
Curr.
(amps)

3dB pt. Low (Hz)

3dB
pt. High
(MHz)

I/f
(peak amps
/Hz)

2877

F

1.0

0.25

100

200

2

0.0004**

2.5

300

200

0.0025

2877

4100

E

1.0

0.5

500

90

10

0.002**

5

140

35

0.006

4100

2100

D

1.0

2.0

500

80

20

0.005**

7.5

125

20

0.017

2100

6585

K

1.0

2.0

500

300

1.5

0.002**

10

400

250

0.008

6585

6656

J

1.0

3.5

500

140

3.5

0.01**

10

200

120

0.04

6656

3100*

C

1.0

3.5

500

40

50

0.03**

12

40

7

0.1

3100*

150

D

0.5

2.0

1,000

20

20

0.02**

15

40

20

0.07

150

6595

K

0.5

2.0

1,000

100

2.5

0.008**

20

100

200

0.03

6595

325*

C

0.25

3.5

2,000

100

30

0.09

60

160

10

0.6

325*

2878

F

0.1

0.25

400

20

5

0.004**

10

30

70

0.025

2878

410

E

0.1

0.5

5,000

60

20

0.25

50

120

20

1.7

410

411

E

0.1

0.5

5,000

0.9

20

0.2**

50

1

20

0.6

411

3972

L

0.1

1.0

5000

1

20

0.2

50

1

20

0.6

3972

110

D

0.1

2.0

5,000

0.8

20

0.5**

65

1

20

1.5

110

110A?/A>

D

0.1

2.0

10,000

0.8

20

0.5**

65

1

20

1.5

110A?/A>

6600

K

0.1

2.0

2,000

15

5

0.04**

40

25

120

0.12

6600

310*

C

0.1

3.5

5,000

20

40

0.6

140

40

10

3.6

310*

1010*

A

0.1

10.75

5,000

250

50

0.7**

120

400

7

4.4

1010*

1025

D

0.025

2.0

20,000

100

100

0.5

100

160

4

3.0

1025

3025*

C

0.025

3.5

20,000

4

100

3.0

325

7

4

20.0

3025*

2879

F

0.01

0.25

2,000

2

20

0.04**

25

3

20

0.25

2879

5046

E

0.01

0.5

25,000

0.3

20

0.5**

100

0.5

20

3.0

5046

101

D

0.01

2.0

50,000

0.1

100

2.5**

200

0.25

4

12.0

101

4997

D

0.01

2.0

20,000

0.3

25

1.0**

150

0.5

20

3.5

4997

301X*

C

0.01

3.5

50,000

3

200

22.0

400

5

2

140.0

301X*

1080*?/A>

C

0.005

3.5

200,000

2.0

250

25

750

3.0

1.5

150

1080*?/A>

1330*

C

0.005

3.5

100,000

1.0

250

65

1400

0.9

1.5

400

1330*

4418

D

0.001

2.0

200,000

0.05

200

6.0**

400

0.7

2

40

4418

1423*

C

0.001

3.5

500,000

0.7

300

75

2500

1.0

1.2

450

1423*

2093*

B

0.001

4.75

500,000

0.09

2000

1200

2500

0.15

0.2

7500

2093*

Click on individual models for PDF versions

Accuracy +1%, initial pulse response for all models, with a high impedance load such as 1 megohm in parallel with 20 pF. A 50 ohm termination will reduce the output to half. Those labeled * are double shielded and are recommended for high voltage or high noise environments. The entries labeled ** may need a small dc bias current through the secondary for maximum current-time rating.
員ype N Connector

Updated: 3/16/10

Pearson Current Monitors

Whether you are interested in observing and measuring submilliamp currents in a charged particle beam or thousands of amps resulting from a fault in a major power feeder, you will find a Pearson Current Monitor to suit your needs.
The use of a patented distributed termination technique permits observation of rise times as short as two nanoseconds. Devices of larger inner diameter make possible the measurement of current


in high voltage circuits without the risk of voltage breakdown. Several models feature double shielding for greater noise immunity and increased safety in high voltage applications. All models are sealed and are suitable for use in high voltage insulating oil or under vacuum. They can be connected to oscilloscopes, digital voltmeters, analog-to-digital convertors, and a variety of other measuring instruments.

Print Friendly Version of Standard
Current Monitor Table.


Model
Number

Shape

Output (volts/
amp)

HoleId.(inches)


Time Domain Parameters


Frequency Domain Parameters

Model Number

Max.
Peak
Curr.
(amps)

Droop (%/msec.)

Useable Rise
Time
(nsec.)

IT Max. (amp-sec.)

Max.
RMS
Curr.
(amps)

3dB pt. Low (Hz)

3dB
pt. High
(MHz)

I/f
(peak amps
/Hz)

2877

F

1.0

0.25

100

200

2

0.0004**

2.5

300

200

0.0025

2877

4100

E

1.0

0.5

500

90

10

0.002**

5

140

35

0.006

4100

2100

D

1.0

2.0

500

80

20

0.005**

7.5

125

20

0.017

2100

6585

K

1.0

2.0

500

300

1.5

0.002**

10

400

250

0.008

6585

6656

J

1.0

3.5

500

140

3.5

0.01**

10

200

120

0.04

6656

3100*

C

1.0

3.5

500

40

50

0.03**

12

40

7

0.1

3100*

150

D

0.5

2.0

1,000

20

20

0.02**

15

40

20

0.07

150

6595

K

0.5

2.0

1,000

100

2.5

0.008**

20

100

200

0.03

6595

325*

C

0.25

3.5

2,000

100

30

0.09

60

160

10

0.6

325*

2878

F

0.1

0.25

400

20

5

0.004**

10

30

70

0.025

2878

410

E

0.1

0.5

5,000

60

20

0.25

50

120

20

1.7

410

411

E

0.1

0.5

5,000

0.9

20

0.2**

50

1

20

0.6

411

3972

L

0.1

1.0

5000

1

20

0.2

50

1

20

0.6

3972

110

D

0.1

2.0

5,000

0.8

20

0.5**

65

1

20

1.5

110

110A?/A>

D

0.1

2.0

10,000

0.8

20

0.5**

65

1

20

1.5

110A?/A>

6600

K

0.1

2.0

2,000

15

5

0.04**

40

25

120

0.12

6600

310*

C

0.1

3.5

5,000

20

40

0.6

140

40

10

3.6

310*

1010*

A

0.1

10.75

5,000

250

50

0.7**

120

400

7

4.4

1010*

1025

D

0.025

2.0

20,000

100

100

0.5

100

160

4

3.0

1025

3025*

C

0.025

3.5

20,000

4

100

3.0

325

7

4

20.0

3025*

2879

F

0.01

0.25

2,000

2

20

0.04**

25

3

20

0.25

2879

5046

E

0.01

0.5

25,000

0.3

20

0.5**

100

0.5

20

3.0

5046

101

D

0.01

2.0

50,000

0.1

100

2.5**

200

0.25

4

12.0

101

4997

D

0.01

2.0

20,000

0.3

25

1.0**

150

0.5

20

3.5

4997

301X*

C

0.01

3.5

50,000

3

200

22.0

400

5

2

140.0

301X*

1080*?/A>

C

0.005

3.5

200,000

2.0

250

25

750

3.0

1.5

150

1080*?/A>

1330*

C

0.005

3.5

100,000

1.0

250

65

1400

0.9

1.5

400

1330*

4418

D

0.001

2.0

200,000

0.05

200

6.0**

400

0.7

2

40

4418

1423*

C

0.001

3.5

500,000

0.7

300

75

2500

1.0

1.2

450

1423*

2093*

B

0.001

4.75

500,000

0.09

2000

1200

2500

0.15

0.2

7500

2093*

Click on individual models for PDF versions

Accuracy +1%, initial pulse response for all models, with a high impedance load such as 1 megohm in parallel with 20 pF. A 50 ohm termination will reduce the output to half. Those labeled * are double shielded and are recommended for high voltage or high noise environments. The entries labeled ** may need a small dc bias current through the secondary for maximum current-time rating.
員ype N Connector

Updated: 3/16/10

Pearson Current Monitors

Whether you are interested in observing and measuring submilliamp currents in a charged particle beam or thousands of amps resulting from a fault in a major power feeder, you will find a Pearson Current Monitor to suit your needs.
The use of a patented distributed termination technique permits observation of rise times as short as two nanoseconds. Devices of larger inner diameter make possible the measurement of current


in high voltage circuits without the risk of voltage breakdown. Several models feature double shielding for greater noise immunity and increased safety in high voltage applications. All models are sealed and are suitable for use in high voltage insulating oil or under vacuum. They can be connected to oscilloscopes, digital voltmeters, analog-to-digital convertors, and a variety of other measuring instruments.

Print Friendly Version of Standard
Current Monitor Table.


Model
Number

Shape

Output (volts/
amp)

HoleId.(inches)


Time Domain Parameters


Frequency Domain Parameters

Model Number

Max.
Peak
Curr.
(amps)

Droop (%/msec.)

Useable Rise
Time
(nsec.)

IT Max. (amp-sec.)

Max.
RMS
Curr.
(amps)

3dB pt. Low (Hz)

3dB
pt. High
(MHz)

I/f
(peak amps
/Hz)

2877

F

1.0

0.25

100

200

2

0.0004**

2.5

300

200

0.0025

2877

4100

E

1.0

0.5

500

90

10

0.002**

5

140

35

0.006

4100

2100

D

1.0

2.0

500

80

20

0.005**

7.5

125

20

0.017

2100

6585

K

1.0

2.0

500

300

1.5

0.002**

10

400

250

0.008

6585

6656

J

1.0

3.5

500

140

3.5

0.01**

10

200

120

0.04

6656

3100*

C

1.0

3.5

500

40

50

0.03**

12

40

7

0.1

3100*

150

D

0.5

2.0

1,000

20

20

0.02**

15

40

20

0.07

150

6595

K

0.5

2.0

1,000

100

2.5

0.008**

20

100

200

0.03

6595

325*

C

0.25

3.5

2,000

100

30

0.09

60

160

10

0.6

325*

2878

F

0.1

0.25

400

20

5

0.004**

10

30

70

0.025

2878

410

E

0.1

0.5

5,000

60

20

0.25

50

120

20

1.7

410

411

E

0.1

0.5

5,000

0.9

20

0.2**

50

1

20

0.6

411

3972

L

0.1

1.0

5000

1

20

0.2

50

1

20

0.6

3972

110

D

0.1

2.0

5,000

0.8

20

0.5**

65

1

20

1.5

110

110A?/A>

D

0.1

2.0

10,000

0.8

20

0.5**

65

1

20

1.5

110A?/A>

6600

K

0.1

2.0

2,000

15

5

0.04**

40

25

120

0.12

6600

310*

C

0.1

3.5

5,000

20

40

0.6

140

40

10

3.6

310*

1010*

A

0.1

10.75

5,000

250

50

0.7**

120

400

7

4.4

1010*

1025

D

0.025

2.0

20,000

100

100

0.5

100

160

4

3.0

1025

3025*

C

0.025

3.5

20,000

4

100

3.0

325

7

4

20.0

3025*

2879

F

0.01

0.25

2,000

2

20

0.04**

25

3

20

0.25

2879

5046

E

0.01

0.5

25,000

0.3

20

0.5**

100

0.5

20

3.0

5046

101

D

0.01

2.0

50,000

0.1

100

2.5**

200

0.25

4

12.0

101

4997

D

0.01

2.0

20,000

0.3

25

1.0**

150

0.5

20

3.5

4997

301X*

C

0.01

3.5

50,000

3

200

22.0

400

5

2

140.0

301X*

1080*?/A>

C

0.005

3.5

200,000

2.0

250

25

750

3.0

1.5

150

1080*?/A>

1330*

C

0.005

3.5

100,000

1.0

250

65

1400

0.9

1.5

400

1330*

4418

D

0.001

2.0

200,000

0.05

200

6.0**

400

0.7

2

40

4418

1423*

C

0.001

3.5

500,000

0.7

300

75

2500

1.0

1.2

450

1423*

2093*

B

0.001

4.75

500,000

0.09

2000

1200

2500

0.15

0.2

7500

2093*

Click on individual models for PDF versions

Accuracy +1%, initial pulse response for all models, with a high impedance load such as 1 megohm in parallel with 20 pF. A 50 ohm termination will reduce the output to half. Those labeled * are double shielded and are recommended for high voltage or high noise environments. The entries labeled ** may need a small dc bias current through the secondary for maximum current-time rating.
員ype N Connector

Updated: 3/16/10

Pearson Current Monitors

Whether you are interested in observing and measuring submilliamp currents in a charged particle beam or thousands of amps resulting from a fault in a major power feeder, you will find a Pearson Current Monitor to suit your needs.
The use of a patented distributed termination technique permits observation of rise times as short as two nanoseconds. Devices of larger inner diameter make possible the measurement of current


in high voltage circuits without the risk of voltage breakdown. Several models feature double shielding for greater noise immunity and increased safety in high voltage applications. All models are sealed and are suitable for use in high voltage insulating oil or under vacuum. They can be connected to oscilloscopes, digital voltmeters, analog-to-digital convertors, and a variety of other measuring instruments.

Print Friendly Version of Standard
Current Monitor Table.


Model
Number

Shape

Output (volts/
amp)

HoleId.(inches)


Time Domain Parameters


Frequency Domain Parameters

Model Number

Max.
Peak
Curr.
(amps)

Droop (%/msec.)

Useable Rise
Time
(nsec.)

IT Max. (amp-sec.)

Max.
RMS
Curr.
(amps)

3dB pt. Low (Hz)

3dB
pt. High
(MHz)

I/f
(peak amps
/Hz)

2877

F

1.0

0.25

100

200

2

0.0004**

2.5

300

200

0.0025

2877

4100

E

1.0

0.5

500

90

10

0.002**

5

140

35

0.006

4100

2100

D

1.0

2.0

500

80

20

0.005**

7.5

125

20

0.017

2100

6585

K

1.0

2.0

500

300

1.5

0.002**

10

400

250

0.008

6585

6656

J

1.0

3.5

500

140

3.5

0.01**

10

200

120

0.04

6656

3100*

C

1.0

3.5

500

40

50

0.03**

12

40

7

0.1

3100*

150

D

0.5

2.0

1,000

20

20

0.02**

15

40

20

0.07

150

6595

K

0.5

2.0

1,000

100

2.5

0.008**

20

100

200

0.03

6595

325*

C

0.25

3.5

2,000

100

30

0.09

60

160

10

0.6

325*

2878

F

0.1

0.25

400

20

5

0.004**

10

30

70

0.025

2878

410

E

0.1

0.5

5,000

60

20

0.25

50

120

20

1.7

410

411

E

0.1

0.5

5,000

0.9

20

0.2**

50

1

20

0.6

411

3972

L

0.1

1.0

5000

1

20

0.2

50

1

20

0.6

3972

110

D

0.1

2.0

5,000

0.8

20

0.5**

65

1

20

1.5

110

110A?/A>

D

0.1

2.0

10,000

0.8

20

0.5**

65

1

20

1.5

110A?/A>

6600

K

0.1

2.0

2,000

15

5

0.04**

40

25

120

0.12

6600

310*

C

0.1

3.5

5,000

20

40

0.6

140

40

10

3.6

310*

1010*

A

0.1

10.75

5,000

250

50

0.7**

120

400

7

4.4

1010*

1025

D

0.025

2.0

20,000

100

100

0.5

100

160

4

3.0

1025

3025*

C

0.025

3.5

20,000

4

100

3.0

325

7

4

20.0

3025*

2879

F

0.01

0.25

2,000

2

20

0.04**

25

3

20

0.25

2879

5046

E

0.01

0.5

25,000

0.3

20

0.5**

100

0.5

20

3.0

5046

101

D

0.01

2.0

50,000

0.1

100

2.5**

200

0.25

4

12.0

101

4997

D

0.01

2.0

20,000

0.3

25

1.0**

150

0.5

20

3.5

4997

301X*

C

0.01

3.5

50,000

3

200

22.0

400

5

2

140.0

301X*

1080*?/A>

C

0.005

3.5

200,000

2.0

250

25

750

3.0

1.5

150

1080*?/A>

1330*

C

0.005

3.5

100,000

1.0

250

65

1400

0.9

1.5

400

1330*

4418

D

0.001

2.0

200,000

0.05

200

6.0**

400

0.7

2

40

4418

1423*

C

0.001

3.5

500,000

0.7

300

75

2500

1.0

1.2

450

1423*

2093*

B

0.001

4.75

500,000

0.09

2000

1200

2500

0.15

0.2

7500

2093*

Click on individual models for PDF versions

Accuracy +1%, initial pulse response for all models, with a high impedance load such as 1 megohm in parallel with 20 pF. A 50 ohm termination will reduce the output to half. Those labeled * are double shielded and are recommended for high voltage or high noise environments. The entries labeled ** may need a small dc bias current through the secondary for maximum current-time rating.
員ype N Connector

Updated: 3/16/10

Pearson Current Monitors

Whether you are interested in observing and measuring submilliamp currents in a charged particle beam or thousands of amps resulting from a fault in a major power feeder, you will find a Pearson Current Monitor to suit your needs.
The use of a patented distributed termination technique permits observation of rise times as short as two nanoseconds. Devices of larger inner diameter make possible the measurement of current

in high voltage circuits without the risk of voltage breakdown. Several models feature double shielding for greater noise immunity and increased safety in high voltage applications. All models are sealed and are suitable for use in high voltage insulating oil or under vacuum. They can be connected to oscilloscopes, digital voltmeters, analog-to-digital convertors, and a variety of other measuring instruments.

Print Friendly Version of Standard
Current Monitor Table.


Model
Number and
Data Sheet
Shape
Output (volts/
amp)
HoleId.(inches)

Time Domain Parameters

Frequency Domain Parameters
Model Number

Max.
Peak
Curr.
(amps)
Droop (%/msec.)
Useable Rise
Time (nsec.)
IT Max. (amp-sec.)
Max.
RMS
Curr. (amps)
3dB pt. Low (Hz)
3dB
pt. High (MHz)
I/f
(peak amps
/Hz)

2877
F
1.0
0.25
100
200
2
0.0004**
2.5
300
200
0.0025
2877

4100
E
1.0
0.5
500
90
10
0.002**
5
140
35
0.006
4100

2100
D
1.0
2.0
500
80
20
0.005**
7.5
125
20
0.017
2100

6585
K
1.0
2.0
500
300
1.5
0.002**
10
400
250
0.008
6585

6656
J
1.0
3.5
500
140
3.5
0.01**
10
200
120
0.04
6656

3100*
C
1.0
3.5
500
40
50
0.03**
12
40
7
0.1
3100*

150
D
0.5
2.0
1,000
20
20
0.02**
15
40
20
0.07
150

6595
K
0.5
2.0
1,000
100
2.5
0.008**
20
100
200
0.03
6595

325*
C
0.25
3.5
2,000
100
30
0.09
60
160
10
0.6
325*

2878
F
0.1
0.25
400
20
5
0.004**
10
30
70
0.025
2878

410
E
0.1
0.5
5,000
60
20
0.25
50
120
20
1.7
410

411
E
0.1
0.5
5,000
0.9
20
0.2**
50
1
20
0.6
411

3972
L
0.1
1.0
5000
1
20
0.2
50
1
20
0.6
3972

110
D
0.1
2.0
5,000
0.8
20
0.5**
65
1
20
1.5
110

110A?
D
0.1
2.0
10,000
0.8
20
0.5**
65
1
20
1.5
110A?

6600
K
0.1
2.0
2,000
15
5
0.04**
40
25
120
0.12
6600

310*
C
0.1
3.5
5,000
20
40
0.6
140
40
10
3.6
310*

1010*
A
0.1
10.75
5,000
250
50
0.7**
120
400
7
4.4
1010*

1025
D
0.025
2.0
20,000
100
100
0.5
100
160
4
3.0
1025

3025*
C
0.025
3.5
20,000
4
100
3.0
325
7
4
20.0
3025*

2879
F
0.01
0.25
2,000
2
20
0.04**
公司联系方式
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