SMD 1206 5% Thick Film Chip Resistor (1 ohm ~ 10 Mohm)

• Customization: Available
• Resistance: Fixed Resistor
• Function for Resistance: Shunt Resistor
• Model NO.: TMCR01
• Installation: SMD Resistor
• Material: SMD Resistor
• Packaging: Surface Mount
• Type: Thick Film Resistor
• Quantity: Single Connection
• Shape: Square
• Resistance change scale: Log Scale
• Application: Audio
• Brand: Etopmay
• Transport Package: Box
• Trademark: TOPMAY
• Origin: China
• HS Code: 8533211000
• Production Capacity: 1500 Million PCS a Year

Product Description

TMCR01-Thick Film Chip Resistor

Feature:
Small size & light weight.
Low assembly cost
High reliability
Suitable for reflow and wave flow solder
Compliant with ROHS requirement

Appliacation: GPS,Meter, Telecom, Mobile Phone.

Part Number:

TMCR01	-	1        2        3        4	5	6         7         8         9	10	11
↓		↓	↓	↓	↓	↓
Produce Code                         TMCR01: Thick Film Chip Capacitor		Resistance Value Code      Three digits:The first two digits are significant figures and the third one denotes number of zeros. 394=390KΩ                                    Four digits:The first three digits are Significant figures and the fourth one denotes number of zeros. 1201=1.2KΩ	Tolerance   F=±1%       G=±2%        J=± 5%	Size 0201   0402   0603 0805   1206 1210   1812 2010   2512	Rated Power           1=1W           2= 1/2W 3= 3/4W 4= 1/4W 8= 1/8W L= 1/10W M= 1/16W N=1/20W O=1/32W	Packaging              T:tape&reel B:bulk

Characteristics:

Type		0201	0402	0603	0805	1206	1210	1812	2010	2512
Rated Power		1/20W	1/16W	1/10W	1/8W	1/4W	1/2W	1/2W	3/4W	1W
Max Working Voltage		25V	50V	50V	150V	200V	200V	200V	200V	200V
Max Overload Voltage		50V	100V	100V	300V	400V	400V	400V	400V	400V
Dielectric Withstanding Voltage			100V	100V	300V	500V	500V	500V	500V	500V
Resistance Value of Jumper ±1%			<20mΩ	<20mΩ	<20mΩ	<20mΩ	<20mΩ	<20mΩ	<20mΩ	<20mΩ
Resistance Value of Jumper ±5%			<50mΩ	<50mΩ	<50mΩ	<50mΩ	<50mΩ	<50mΩ	<50mΩ	<50mΩ
Rated Current of Jumper		0.5A	1A	1A	1.5A	1.9A	2.2A	2A	3A	3A
Max Current of Jumper		1A	2A	2A	3.5A	5A	5.5A	5A	7.5A	7.5A

Construction:

     

No.	Construction		Material
1	Marking		Epoxy
2	Outer Protective layer		Epoxy
3	Inner Protective layer		Glass
4	Resistive layer		RuO2+glass
5	Conductive layer		Ag
6	Side conductive layer		NiCr
7	Ni Plating layer		Ni
8	Sn Plating layer		Matte Tin
9	Ceramic Substrate		Al2O3

Resistance Range: 

Type		Resistance Range
		1%		2%		5%
0201		1Ω~10MΩ		1Ω~10MΩ		1Ω~10MΩ
0402		1Ω~22MΩ		1Ω~22MΩ		1Ω~22MΩ
0603		1Ω~22MΩ		1Ω~22MΩ		1Ω~100MΩ
0805		1Ω~22MΩ		1Ω~22MΩ		1Ω~100MΩ
1206		1Ω~22MΩ		1Ω~22MΩ		1Ω~100MΩ
1210		1Ω~22MΩ		1Ω~22MΩ		1Ω~100MΩ
1812		1Ω~10MΩ		1Ω~10MΩ		1Ω~10MΩ
2010		1Ω~22MΩ		1Ω~22MΩ		1Ω~100MΩ
2512		1Ω~22MΩ		1Ω~22MΩ		1Ω~100MΩ

Dimension(mm):

Type(inch)	L(mm)		W(mm)		T(mm)		l1(mm)		l2(mm)
0201	0.60±0.03		0.30±0.03		0.20±0.03		0.10±0.05		0.13±0.05
0402	1.00±0.05		0.50±0.05		0.30±0.05		0.15±0.10		0.20±0.10
0603	1.60±0.10		0.80±0.10		0.45±0.10		0.25±0.20		0.30±0.20
0805	2.00±0.15		1.25±0.15		0.50±0.10		0.35±0.20		0.40±0.20
1206	3.10±0.15		1.60±0.15		0.55±0.10		0.45±0.25		0.40±0.25
1210	3.10±0.15		2.50±0.15		0.55±0.15		0.35±0.25		0.60±0.25
1812	4.50±0.20		3.10±0.20		0.55±0.15		0.55±0.20		0.70±0.20
2010	5.00±0.20		2.50±0.20		0.55±0.15		0.65±0.25		0.50±0.25
2512	6.25±0.20		3.10±0.20		0.55±0.15		0.85±0.25		0.95±0.25

Marking on the Resistor's Body

1. For 0201 and 0402 size, no marking on the body due to the small size of the resistor                                                              2. ±5% tolerance product: the marking is 3 digits, the first 2 digits are significant figures of resistance value and the 3rd one denotes the power number of 10, (10X)                                                                                                     3.±1%,±2% tolerance product: the marking is 4 digits, the first 3 digits are significant figures of resistance value and the 4th one denotes the power number of 10, (10X)                                                                                   4.Standard E96 series values of 0603 ±1%: due to the small size of the resistor's body, use 3digits code to indicate the resistance value.						472=47×102=4.7KΩ
						5R6=5.6Ω Below 10Ω: 5R6=5.6Ω
						4992=499×102=49.9KΩ
						Below 100Ω: 6R81=6.81Ω

Standard E96 Series Resistance Value Code for 0603 ±1% Marking

Code	Value	Code	Value	Code	Value	Code	Value	Code	Value	Code	Value
01	100	17	147	33	215	49	316	65	464	81	681
02	102	18	150	34	221	50	324	66	475	82	698
03	105	19	154	35	226	51	332	67	487	83	715
04	107	20	158	36	223	52	340	68	499	84	732
05	110	21	162	37	237	53	348	69	511	85	750
06	113	22	165	38	243	54	357	70	523	86	768
07	115	23	169	39	249	55	365	71	536	87	787
08	118	24	174	40	255	56	374	72	549	88	806
09	121	25	178	41	261	57	383	73	562	89	825
10	124	26	182	42	267	58	392	74	576	90	845
11	127	27	187	43	274	59	402	75	590	91	866
12	130	28	191	44	280	60	412	76	604	92	887
13	133	29	196	45	287	61	422	77	619	93	909
14	137	30	200	46	294	62	432	78	634	94	931
15	140	31	205	47	301	63	442	79	649	95	953
16	143	32	210	48	309	64	453	80	665	96	976

Multiplier Code for 0603 ±1% Marking

Code	Y	X	A	B	C	D	E	F
Multiplier	10-2	10-1	100	101	102	103	104	105

The resistance value are marked as the following examples 
 

		10D=124×103=124KΩ			38Y=243×10-2=2.43Ω
		331=33×101=330Ω			560=56×100=56Ω

Packing dimension

 

Dimensions	A		B	D	F	P0	P1	P2	W
0201	0.38±0.05		0.68±0.05	1.50±0.10	3.50±0.05	4.00±0.10	2.00±0.10	2.00±0.05	8.00±0.20
0402	0.65±0.10		1.15±0.10	1.50±0.10	3.50±0.05	4.00±0.10	2.00±0.10	2.00±0.05	8.00±0.20
0603	1.10±0.10		1.90±0.10	1.50±0.10	3.50±0.05	4.00±0.10	4.00±0.10	2.00±0.05	8.00±0.20
0805	1.65±0.20		2.40±0.20	1.50±0.10	3.50±0.05	4.00±0.10	4.00±0.10	2.00±0.05	8.00±0.20
1206	1.90±0.20		3.50±0.20	1.50±0.10	3.50±0.05	4.00±0.10	4.00±0.10	2.00±0.05	8.00±0.20
1210	2.80±0.20		3.50±0.20	1.50±0.10	3.50±0.05	4.00±0.10	4.00±0.10	2.00±0.05	8.00±0.20
1812	3.30±0.20		4.60±0.20	1.50±0.10	5.50±0.05	4.00±0.10	4.00±0.10	2.00±0.05	12.0±0.10
2010	2.90±0.10		5.30±0.10	1.50±0.10	5.50±0.05	4.00±0.10	4.00±0.10	2.00±0.05	12.0±0.10
2512	3.40±0.10		6.60±0.10	1.50±0.10	5.50±0.05	4.00±0.10	4.00±0.10	2.00±0.05	12.0±0.10