(other sizes available from stock in many popular values)
r
Option V: +175° operating temperature
r
Option U: User-trimmable chips
r
Option P: Increased pulse capability
r
Military screening, custom values & TC, microwave design, etc.
RCD Type Wattage
MC, ZC
Rating
1
0201
0402
Stock item
0603
Stock item
0805
Stock item
1206
Stock item
1206B
1210
2010
2512
2512B
2040
1
2
RoHS
(Term.W)
(Term.Q)
L
T
W
t
RCD’s Series MC resistors utilize precision thick film technology
offering inherently low inductance, exceptional reliability and superior
performance. Heavy plating with NO LEACHTM nickel barrier assures
superb solderability and long shelf life. State-of-the-art production line
enables the industry’s most precise accuracies (0.25% & 50ppm!)
thereby replacing more costly thin-film chips in many applications.
RCD offers low cost offshore assembly of SM and leaded PCB’s (refer
to RCD’s Assembly Services p.114 for more information).
Standard Resis.
Range ±5% Tol
2
10W to 1MW
1- 9.1W ,1.1M-2.2M
10W to 1MW
1- 9.1W ,1.1M-4.7M
10W to 1MW
1- 9.1W ,1.1M-10M
10W to 5.6MW
0.1- 9.1W ,1.1M-10M
10W to 1MW
0.1- 9.1W ,1.1M-22M
10W to 1MW
0.1- 9.1W ,1.1M-22M
10W to 1MW
0.1- 9.1W ,1.1M-22M
10W to 1MW
0.1- 9.1W ,1.1M-22M
10W to 1MW
1- 9.1W
Std TC
2
ppm/°C,
typ.
100
200
400
100
200
400
100
200
400
100
200
400
100
200
400
100
200
400
100
200
400
100
200
400
100
200
400
Resis. Range Standard Resis. Range
±1% Tol
2
±0.5% Tol
2
10Wto 22KW
22.1K to 1MW
10W to 1MW
10W to 1MW
10W to 1MW
10W to 1MW
10W to 1MW
10W to 1MW
10W to 1MW
1W to 9.76W
10W to 1MW
1W to 9.76W
10W to 1MW
1.02M to 5.6M
0.1-9.76W, 1.02M-10M
10W to 1MW
1.02M to 5.6M
1W to 9.76W 1.02M-10M
10W to 1MW
1.02M to 5.6M
1W to 9.76W 1.02M-10M
10W to 1MW
1.02M to 5.6M
1W to 9.76W 1.02M-10M
10W to 1MW
1.02M to 5.6M
1W to 9.76W 1.02M-10M
10W to 1MW
MC
Voltage
Rating
2
25V
50V
50V
150V
200V
200V
200V
(250V
Opt. P)
250V
( 350V
Opt. P)
350V
TYPE ZC
Jumper
3
1 Amp Max
50mW Max.
1 Amp Max
50mW Max.
Dimensions Inch [mm]
L
.024±.002
[0.6±.03]
.040±.004
[1.00±.1]
W
.012±.002
[.3±.03]
.020±.004
[.5±.1]
.031±.004
[.8±.1]
.050±.006
[1.25±.15]
.061±.006
[1.55±.15]
.098±.008
[2.5±.2]
.102±.008
[2.6±.2]
.125±.010
[3.2±.25]
.402±.008
[10.2±.2]
T
.010±.002
[.25±.03]
.014±.004
[.35±.1]
.016±.006
[.40±.15]
.020±.006
[.50±.15]
.024±.006
[.61±.15]
.024±.008
[.6±.2]
.024±.008
[.6±.2]
.024±.008
[.6±.2]
.024±.008
[.6±.2]
t
.006±.002
[.15±.05]
.010±.004
10 [.25±.1]
.010±.006
[.25±.15]
.016±.008
[.4±.2]
.020±.008
[.51±.2]
.020±.010
[.5±.25]
.020±.010
[.50±.25]
026±.012
[.65±.3]
4
.055±.018
[1.4±.46]
.05W
.063W
.1W
.125W
.25W
.50W
.33W
.75W
1.0W
2.0W
2.0/3.0
1.5 Amp Max .061±.005
50mW Max. [1.55±.12]
2 Amp Max.
50mW Max.
2 Amp Max.
50mW Max.
3 Amp Max.
50mW Max.
3 Amp Max.
50mW Max.
4 Amp Max.
50mW Max.
N/A
.079±.005
[2.0±.15]
.126±.008
[3.2±.2]
.126±.008
[3.2±.2]
.197±.008
[5.0±.2]
.250±.01
[6.35±.25]
.201±.008
[5.1±.2]
Operation at or near full rated power (especially >1W) involves consideration of mounting geometry (solder pad and trace area/thickness, etc.). Request FA2623 for suggested mounting pad layouts.
Extended resistance range available. Most sizes available down to 0.01W 1%.
用于映射中断的处理函数,就知道这么多,不求甚解呀, void NVIC_Configuration(void) { NVIC_InitTypeDef NVIC_InitStructure; #ifdef VECT_TAB_RAM /* Set the Vector Table base location at 0x20000000 */ NVIC_SetVectorTable(NVIC_Ve...[详细]