4606X-101-221 [BOURNS]

RESISTOR, NETWORK, FILM, BUSSED, 0.75W, THROUGH HOLE MOUNT, SIP;
4606X-101-221
型号: 4606X-101-221
厂家: BOURNS ELECTRONIC SOLUTIONS    BOURNS ELECTRONIC SOLUTIONS
描述:

RESISTOR, NETWORK, FILM, BUSSED, 0.75W, THROUGH HOLE MOUNT, SIP

电阻器
文件: 总2页 (文件大小:216K)
中文:  中文翻译
下载:  下载PDF数据表文档文件
Features  
Marking on contrasting background for  
permanent identification  
RoHS compliant*  
Low profile is compatible with DIPs  
Wide assortment of pin packages enhances  
design flexibility  
Ammo-pak packaging available  
Recommended for rosin flux and solvent  
clean or no clean flux processes  
4600X Series - Thick Film Conformal SIPs  
Package Power Temp. Derating Curve  
Product Characteristics  
Product Dimensions  
Resistance Range  
5.08  
(.200)  
MAX.  
A
....................10 ohms to 10 megohms  
Maximum Operating Voltage.........100 V  
Temperature Coefficient of Resistance  
50 Ω to 2.2 megohms ... 100 ppmꢀ/C  
below 50 Ω.................... 250 ppmꢀ/C  
above 2.2 megohms ..... 250 ppmꢀ/C  
TCR Tracking........................ 50 ppmꢀ/C  
maximum; equal values  
MAXIMUM  
3.50  
3.00  
2.50  
PIN #1  
REF.  
MAX. 1.24  
3.3 +0.5/-0.3  
(.130 +.020/ -.012)  
BOTH ENDS (.049)  
.508 .050  
(.020 .002)  
2.00  
TYP.  
4614X  
Resistor Tolerance............... See circuits  
Insulation Resistance  
2.54 .07  
4612X  
1.50  
(.100 .003*)  
4610X  
................10,000 megohms minimum  
Dielectric Withstanding Voltage  
...........................................200 VRMS  
Operating Temperature  
TYP.  
Pin  
A Maximum  
Count mm (Inches)  
NON-ACCUM.  
4608X  
1.00  
4606X  
4
5
10.11 (.398)  
12.65 (.498)  
15.19 (.598)  
17.73 (.698)  
20.27 (.798)  
22.81 (.898)  
25.35 (.998)  
27.89 (1.098)  
30.43 (1.198)  
32.97 (1.298)  
35.51 (1.398)  
4604X  
.50  
6
2.49  
(.098)  
...............................-55 /C to +125 /C  
7
MAX.  
8
9
Environmental Characteristics  
0
25  
70  
AMBIENT TEMPERATURE ( C )  
125  
10  
11  
12  
13  
14  
°
TESTS PER MIL-STD-202........ΔR MAX.  
Short Time Overload ................ 0.25 ꢁ  
Load Life................................... 1.00 ꢁ  
Moisture Resistance................. 0.50 ꢁ  
Resistance to Soldering Heat  
.............................................. 0.50 ꢁ  
Terminal Strength ..................... 0.25 ꢁ  
Thermal Shock ......................... 0.25 ꢁ  
.254 .050  
(.010 .002)  
MAX.  
Package Power Ratings (Watts)  
Ambient  
Temp.  
70 °C  
Ambient  
Temp.  
70 °C  
Maximum package length is equal to 2.54mm (.100") times the  
number of pins, less .005mm (.002").  
Pkg.  
Pkg.  
Governing dimensions are in metric. Dimensions in parentheses  
are inches and are approximate.  
4604X  
4605X  
4606X  
4607X  
4608X  
4609X  
0.50  
0.63  
0.75  
0.88  
1.00  
1.13  
4610X  
4611X  
4612X  
4613X  
4614X  
1.25  
1.38  
1.50  
1.63  
1.75  
Physical Characteristics  
*Terminal centerline to centerline measurements made at point of  
emergence of the lead from the body.  
Flammability ........Conforms to UL94V-0  
Body Material ...................... Epoxy resin  
Standard Packaging  
..................Bulk, Ammo-pak available  
For Standard Values Used in  
Capacitors, Inductors, and Resistors,  
click here.  
How To Order  
Typical Part Marking  
Represents total content. Layout may  
vary.  
46 06 X - 101 - 222 __ LF  
Model  
(46 = Conformal  
SIP)  
Number of Pins  
Physical Configuration  
(X = Thick Film Low Profile)  
Part Number  
Marking  
4606X-101-RC  
4608X-102-RC  
4610X-104-RCꢀRC  
6X-1-RC  
8X-2-RC  
10X-4-RCꢀRC  
Electrical Configuration  
• 101 = Bussed  
RC = ohmic value, 3-digit resistance  
code.  
• 102 = Isolated  
• 104 = Dual Terminator  
• AP1 = Bussed Ammo**  
• AP2 = Isolated Ammo**  
• AP4 = Dual Ammo**  
CIRCUIT  
NUMBER OF PINS  
RESISTANCE  
CODE  
6X-2-222  
YYWW  
Resistance Code  
DATE CODE  
PIN ONE  
INDICATOR  
• First 2 digits are significant  
• Third digit represents the  
number of zeros to follow.  
MANUFACTURER'S  
TRADEMARK  
Resistance Tolerance  
• Blank = 2 ꢁ (see ꢂResistance Tolerance”  
on next page for resistance range)  
• F = 1 ꢁ (100 ohms - 5 megohms)  
Terminations  
• All electrical configurations EXCEPT 104 & AP4:  
LF = SnꢀAgꢀCu-plated (RoHS compliant)  
• ONLY electrical configurations 104 & AP4:  
L = SnꢀAgꢀCu-plated (RoHS compliant)  
Consult factory for other available options.  
**Available for packages with 10 pins or less.  
*RoHS Directive 2002/95/EC Jan 27 2003 including Annex.  
Specifications are subject to change without notice.  
Customers should verify actual device performance in their specific applications.  
For information on specific applications,  
download Bourns’ application notes:  
DRAM Applications  
Dual Terminator Resistor Networks  
R/2R Ladder Networks  
SCSI Applications  
4600X Series - Thick Film Conformal SIPs  
Isolated Resistors (102 Circuit)  
Bussed Resistors (101 Circuit)  
Dual Terminator (104 Circuit)  
Model 4600X-102-RC  
4, 6, 8, 10, 12, 14 Pin  
Model 4600X-101-RC  
4 through 14 Pin  
Model 4600X-104-R1/R2  
4 through 14 Pin  
...  
R2  
R2  
R2  
R2  
R2  
R2  
R1  
1
4
6
12  
14  
1
14  
R1  
R1  
R1  
R1  
R1  
1
8
These models incorporate 3 to 13  
These models incorporate 2 to 7  
isolated thick-film resistors of equal  
value, each connected between two  
pins.  
The 4608X-104 (shown above) is an 8-  
thick-film resistors of equal value, each  
connected between a common bus  
(pin 1) and a separate pin.  
pin configuration and terminates 6 lines.  
Pins 1 and 8 are common for ground  
and power, respectively. Twelve thick-  
film resistors are paired in series be-  
tween the common lines (pins 1 and 8).  
Resistance Tolerance  
Resistance Tolerance  
10 ohms to 49 ohms .................. 1 ohm  
50 ohms to 5 megohms ............... 2 ꢀ%  
Above 5 megohms ........................ 5 ꢀ  
10 ohms to 49 ohms .................. 1 ohm  
50 ohms to 5 megohms ............... 2 ꢀ%  
Above 5 megohms ........................ 5 ꢀ  
Resistance Tolerance  
Below 100 ohms....................... 2 ohms  
100 ohms to 5 megohms ............. 2 ꢀ%  
Above 5 megohms ........................ 5 ꢀ  
Power Rating per Resistor  
Power Rating per Resistor  
At 70 °C ..................................0.20 watt  
At 70 °C ..................................0.30 watt  
Power Rating per Resistor  
Power Temperature Derating Curve  
Power Temperature Derating Curve  
At 70 °C ..................................0.20 watt  
.60  
.50  
.40  
.30  
.20  
.10  
.60  
.50  
.40  
.30  
.20  
.10  
Power Temperature Derating Curve  
.60  
.50  
.40  
.30  
.20  
.10  
0
25  
70  
125  
0
25  
70  
125  
°
°
AMBIENT TEMPERATURE ( C )  
AMBIENT TEMPERATURE ( C )  
0
25  
70  
125  
°
AMBIENT TEMPERATURE ( C )  
Popular Resistance Values (101, 102 Circuits)**  
Ohms  
10  
22  
27  
33  
39  
47  
56  
68  
Code  
100  
220  
270  
330  
390  
470  
560  
680  
820  
101  
121  
151  
Ohms  
180  
220  
270  
330  
390  
470  
560  
680  
Code  
181  
221  
271  
331  
391  
471  
561  
681  
821  
102  
122  
152  
Ohms  
1,800  
2,000  
2,200  
2,700  
3,300  
3,900  
4,700  
5,600  
6,800  
8,200  
10,000  
12,000  
Code  
182  
202  
222  
272  
332  
392  
472  
562  
682  
822  
103  
123  
Ohms  
15,000  
18,000  
20,000  
22,000  
27,000  
33,000  
39,000  
47,000  
56,000  
68,000  
82,000  
100,000  
Code  
153  
183  
203  
223  
273  
333  
393  
473  
563  
683  
823  
104  
Ohms  
120,000  
150,000  
180,000  
220,000  
270,000  
330,000  
390,000  
470,000  
560,000  
680,000  
820,000  
1,000,000  
Code  
124  
154  
184  
224  
274  
334  
394  
474  
564  
684  
824  
105  
Popular Resistance Values (104 Circuit)**  
Resistance  
Ohms  
Code  
R
R
R
R
2
1
2
1
160  
180  
220  
220  
330  
240  
390  
270  
330  
390  
161  
181  
221  
221  
331  
331  
302  
241  
391  
271  
331  
391  
471  
622  
82  
820  
100  
120  
150  
1,000  
1,200  
1,500  
330  
3,000  
470  
6,200  
%
1 ꢀ tolerance is available by adding suffix code “F” after the resistance code.  
%%Non-standard values available, within resistance range.  
REV. 04/10  
Specifications are subject to change without notice.  
Customers should verify actual device performance in their specific applications.  

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