EVIRONMENTAL RATING
-----------------(MAXIMUM)---------------

Operating Temperature ...................-65°C to +150°C
Storage Temperature.......................-65°C to +200°C
Power Dissipation @ 25°C..............100mW. Derate
...............................................Linearly to zero at 150°C
Soldering Temperature...........230°C for 5 seconds

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Ring Quads
Anti-Parallel pairs
 Bridge quads
 

Schottky Diodes, Microwave and RF
Single Part Number Case Style
Vbr(min)
Vf (typ)
Ct(max) @ 0V
RD5
Ir= 10mA
If= 1mA
f= 1 MHz
If= 5mA
(volts)
(mV)
(pF)
(W)
Low MP2001
1
290
0.08
16
Low MP2002
1
290
0.2
16
Low MP2003
1
290
0.1
16
Low MP2004
1
290
0.25
16
Low MP2005
1
290
0.18
16
Low MP2006
1
290
0.2
16
Medium MP2011
3
420
0.08
15
Medium MP2012
3
420
0.2
15
Medium MP2013
3
420
0.1
15
Medium MP2014
3
420
0.25
15
Medium MP2015
3
420
0.18
15
Medium MP2016
3
420
0.2
15
High MP2021
4
520
0.08
14
High MP2022
4
520
0.2
14
High MP2023
4
520
0.1
14
High MP2024
4
520
0.25
14
High MP2025
4
520
0.18
14
High MP2026
4
520
0.2
14
Very High MP2031
5
620
0.08
12
Very High MP2032
5
620
0.2
12
Very High MP2033
5
620
0.1
12
Very High MP2034
5
620
0.25
12
Very High MP2035
5
620
0.18
12
Very High MP2036
5
620
0.2
12
GaAs MP2921
5
700
0.1
15
GaAs MP2923
5
700
0.2
15
GaAs MP2924
5
700
0.25
15
GaAs MP2925 S70
5
700
0.3
15
GaAs MP2926
5
700

0.2
15
P-type MP2041
5
400
0.08
25
P-type MP2042
5
400
0.2
25
P-type MP2043
5
400
0.1
25
P-type MP2044
5
400
0.25
25
P-type MP2045
5
400
0.18
25
P-type MP2046
5
400
0.2
25
 

Click below to down load Pdf data
Schottky PDF

Anti-Parallel Pairs
  Part Number Case Style
Vf(min/max)
Cj0(min/max) @ 0V
RD(max)
Drive Level
Freq Band
If=1mA
f=1 MHz
If= 5mA
(min mV)
(max mV)
(min pF)
(max pF)
( W )
  MAP-261S
200
260
0.30
0.50
10
low
S
  MAP-252S
300
400
med
  MAP-286S
500
600
high
  MAP-261X
250
310
0.15
0.30
12
low
X
  MAP-252X
325
425
med
  MAP-286X
550
650
high
  MAP-261KU
260
330
0.10
0.24
15
low
Ku
  MAP-252KU
350
450
med
  MAP-286KU
500
680
high
  MAP-261K
270
350
0.10
0.20
18
low
K
  MAP-252K
375
550
med
  MAP-286K
600
700
high

Click below to down load Pdf data
Anti-Parallel PDF

Ring Quads
Barrier Height Part Number Case Style
Vf(typ)
CtL(max) @ 0V
RD(typ) @
Approximate Max.
DVf(max)
DCtL(max) @ 0V
If= 1mA
f= 1 MHz
If= 5mA
Operating
If= 1mA
f= 1 MHz
(mV)
(pF)
( W )
Frequency
(mV)
(pF)
Low MP2400
290
0.15
20
20
15
0.02
Low MP2401
290
0.1
20
26
15
0.02
Low MP2201
290
0.1
20
26
15
0.02
Low MP2402
290
0.15
20
26
15
0.02
Low MP2403
290
0.2
20
18
15
0.05
Low MP2404
290
0.3
20
12
15
0.05
Low MP2405
270
0.15
15
16
15
0.02
Low MP2406
270
0.15
15
18
15
0.02
Low MP2407
270
0.2
15
18
15
0.05
Low MP2408
270
0.25
15
16
15
0.05
Low MP2409
270
0.35
15
12
15
0.05
Low MP2410
240
0.25
10
12
15
0.05
Low MP2411
240
0.25
10
18
15
0.05
Low MP2412
240
0.3
10
12
15
0.05
Low MP2413
240
0.35
10
12
15
0.05
Low MP2414
240
0.45
10
8
15
0.05
Low MP2415
220
0.5
8
6
15
0.05
Low MP2416
220
0.5
8
8
15
0.05
Low MP2417
220
0.55
8
6
15
0.05
Low MP2418
220
0.6
8
4
15
0.05
Low MP2419
220
0.7
8
4
15
0.05
Intermediate MP2420
360
0.15
20
20
15
0.02
Intermediate MP2421
360
0.1
20
26
15
0.02
Intermediate MP2422
360
0.15
20
26
15
0.02
Intermediate MP2423
360
0.2
20
18
15
0.05
Intermediate MP2424
360
0.3
20
12
15
0.05
Intermediate MP2425
340
0.15
15
16
15
0.02
Intermediate MP2426
340
0.15
15
18
15
0.02
Intermediate MP2427
340
0.2
15
18
15
0.05
Intermediate MP2428
340
0.25
15
16
15
0.05
Intermediate MP2429
340
0.35
15
12
15
0.05
Intermediate MP2430
310
0.25
10
12
15
0.05
Intermediate MP2431
310
0.25
10
18
15
0.05
Intermediate MP2432
310
0.3
10
12
15
0.05
Intermediate MP2433
310
0.35
10
12
15
0.05
Intermediate MP2434
310
0.45
10
8
15
0.05
Intermediate MP2435
290
0.5
8
6
15
0.05
Intermediate MP2436
290
0.5
8
8
15
0.05
Intermediate MP2437
290
0.55
8
6
15
0.05
Intermediate MP2438
290
0.6
8
4
15
0.05
Intermediate MP2439
290
0.7
8
4
15
0.05
Medium MP2440
420
0.1
20
20
15
0.02
Medium MP2441
420
0.1
20
26
15
0.02
Medium MP2221
420
0.1
20
26
15
0.02
Medium MP2442
420
0.15
20
26
15
0.02
Medium MP2443
420
0.2
20
18
15
0.05
Medium MP2444
420
0.3
20
12
15
0.05
Medium MP2445
400
0.15
15
16
15
0.02
Medium MP2446
400
0.15
15
18
15
0.02
Medium MP2447
400
0.2
15
18
15
0.05
Medium MP2448
400
0.25
15
16
15
0.05
Medium MP2449
400
0.35
15
12
15
0.05
Medium MP2450
380
0.25
10
12
15
0.05
Medium MP2451
380
0.25
10
18
15
0.05
Medium MP2452
380
0.3
10
12
15
0.05
Medium MP2453
380
0.35
10
12
15
0.05
Medium MP2454
380
0.45
10
8
15
0.05
Medium MP2455
360
0.5
8
6
15
0.05
Medium MP2456
360
0.5
8
8
15
0.05
Medium MP2457
360
0.55
8
6
15
0.05
Medium MP2458
360
0.6
8
4
15
0.05
Medium MP2459
360
0.7
8
4
15
0.05
High MP2460
520
0.15
15
20
20
0.02
High MP2461
520
0.1
15
26
20
0.02
High MP2231
520
0.1
15
26
20
0.02
High MP2462
520
0.15
15
26
20
0.02
High MP2463
520
0.2
15
18
20
0.05
High MP2464
520
0.3
15
12
20
0.05
High MP2465
500
0.15
12
16
20
0.02
High MP2466
500
0.15
12
18
20
0.02
High MP2467
500
0.2
12
18
20
0.05
High MP2468
500
0.25
12
16
20
0.05
High MP2469
500
0.35
12
12
20
0.05
High MP2470
480
0.25
10
12
20
0.05
High MP2471
480
0.25
10
18
20
0.05
High MP2472
480
0.3
10
12
20
0.05
High MP2473
480
0.35
10
12
20
0.05
High MP2474
480
0.45
10
8
20
0.05
High MP2475
460
0.5
8
6
20
0.05
High MP2476
460
0.5
8
8
20
0.05
High MP2477
460
0.55
8
6
20
0.05
High MP2478
460
0.6
8
4
20
0.05
High MP2479
460
0.7
8
4
20
0.05
Very High MP2480
620
0.15
20
20
20
0.02
Very High MP2481
620
0.1
20
26
20
0.02
Very High MP2241
620
0.1
20
26
20
0.02
Very High MP2482
620
0.15
20
26
20
0.02
Very High MP2483
620
0.2
20
18
20
0.05
Very High MP2484
620
0.3
20
12
20
0.05
Very High MP2485
600
0.15
15
16
20
0.02
Very High MP2486
600
0.15
15
18
20
0.02
Very High MP2487
600
0.2
15
18
20
0.05
Very High MP2488
600
0.25
15
16
20
0.05
Very High MP2489
600
0.35
15
12
20
0.05
Very High MP2490
580
0.25
10
12
20
0.05
Very High MP2491
580
0.25
10
18
20
0.05
Very High MP2492
580
0.3
10
12
20
0.05
Very High MP2493
580
0.35
10
12
20
0.05
Very High MP2494
580
0.45
10
8
20
0.05
Very High MP2495
560
0.5
8
6
20
0.05
Very High MP2496
560
0.5
8
8
20
0.05
Very High MP2497
560
0.55
8
6
20
0.05
Very High MP2498
560
0.6
8
4
20
0.05
Very High MP2499
560
0.7
8
4
20
0.05
Very High MP2500
700
0.2
15
20
20
0.05
Very High MP2502
700
0.2
15
26
20
0.05
Very High MP2503
700
0.2
15
18
20
0.05
Very High MP2504
700
0.3
15
12
20
0.05
Very High MP2505 M8
900
0.1
15
20
20
0.05
Very High MP2506 E4
900
0.2
15
26
20
0.02
Very High MP2507
900
0.2
15
26
20
0.05
Very High MP2508
900
0.2
15
18
20
0.05
Very High MP2509
900
0.3
15
12
20
0.05
Very High MP2510
1200
0.2
20
20
20
0.05
Very High MP2511 M8
1200
0.1
20
26
20
0.02
Very High MP2512
1200
0.2
20
26
20
0.05
Very High MP2513
1200
0.2
20
18
20
0.05
Very High MP2514
1200
0.3
20
12
20
0.05
Very High MP2520
1150
0.25
15
16
20
0.05
Very High MP2521 M8
1150
0.15
15
18
20
0.02
Very High MP2522
1150
0.25
15
18
20
0.05
Very High MP2523
1150
0.25
15
16
20
0.05
Very High MP2524
1150
0.35
15
12
20
0.05
Very High MP2530
1125
0.3
10
12
20
0.05
Very High MP2531 M8
1125
0.2
10
18
20
0.05
Very High MP2532
1125
0.3
10
12
20
0.05
Very High MP2533
1125
0.3
10
12
20
0.05
Very High MP2534
1125
0.4
10
8
20
0.05
Very High MP2540
1100
0.4
8
6
20
0.05
Very High MP2541 M8
1100
0.33
8
8
20
0.05
Very High MP2542
1100
0.4
8
6
20
0.05
Very High MP2543
1100
0.4
8
4
20
0.05
Very High MP2544
1100
0.6
8
4
20
0.05
Very High MP2930
1450
0.2
20
20
20
0.05
Very High MP2932
1450
0.2
20
26
20
0.05
Very High MP2933
1450
0.2
20
18
20
0.05
Very High MP2934
1450
0.3
20
12
20
0.05
Very High MP2950
1400
0.25
15
16
20
0.05
Very High MP2952
1400
0.25
15
18
20
0.05
Very High MP2953
1400
0.25
15
16
20
0.05
Very High MP2954
1400
0.35
15
12
20
0.05
Very High MP2970
1375
0.3
10
12
20
0.05
Very High MP2972
1375
0.3
10
12
20
0.05
Very High MP2973
1375
0.3
10
12
20
0.05
Very High MP2974
1375
0.4
10
8
20
0.05
Very High MP2980
1350
0.4
8
6
20
0.05
Very High MP2982
1350
0.4
8
6
20
0.05
Very High MP2983
1350
0.4
8
4
20
0.05
Very High MP2984
1350
0.6
8
4
20
0.05
Very High MP2550
1800
0.15
22
20
20
0.02
Very High MP2551 M12
1800
0.1
30
26
20
0.02
Very High MP2552
1800
0.15
22
20
20
0.02
Very High MP2553
1800
0.15
22
18
20
0.02
GaAs MP2941
700
0.2
8
16
20
0.05

Click below to down load Pdf data
Ring Quads PDF

Bridge Quads
  Part Number Case Style
Vf(typ)
CtL(max) @ 0V
RD(typ) @
Vbr(min)
Ir(max) @
DVf(max)
DCtL(max) @ 0V
If= 1mA
f= 1 MHz
If= 5mA
Ir = 10mA
1V
If= 1mA
f = 1 MHz
(mV)
(pF)
( W )
(volts)
(nA)
(mV)
(pF)
Low MP2601
290
0.15
20
3
100
15
0.02
Low MP2602
290
0.23
20
3
100
15
0.05
Low MP2603
290
0.25
20
3
100
15
0.05
Med MP2604
420
0.15
19
3
80
15
0.02
Med MP2605
420
0.23
19
3
80
15
0.05
Med MP2606
420
0.25
19
3
80
15
0.05
High MP2607
520
0.15
18
5
50
15
0.02
High MP2608
520
0.23
18
5
50
15
0.05
High MP2609
520
0.25
18
5
50
15
0.05
Very High MP2610
620
0.15
17
5
30
15
0.02
Very High MP2611
620
0.23
17
5
30
15
0.05
Very High MP2612
620
0.25
17
5
30
15
0.05
(Octal) MP2660 M8
1200
0.15
17
8
30
15
0.02
(Octal) MP2661
1200
0.23
17
8
30
15
0.5
(Octal) MP2662
1200
0.25
17
8
30
15
0.5

Click below to down load Pdf data
Bridge Quads PDF
Schottky diode, microwave and RF Pdf