Rogers RO4003C High Frequency PCB2 Layer Printed Circuit Boards

 

Quick details:

Material: Rogers 4003C

Board size:9*3CM

Surface finish:Gold plated

Copper weight:1OZ

Number of layer:2

Solder mask:No

 

Rogers 4003C pcb material in stock:

Rogers4003C: thickness(0.254 0.508、0.813、1.524)   DK 3.38

Rogers4350B: thickness(0.254 0.508、0.762、1.524)   DK 3.5

Rogers5880: thickness(0.254 0.508、0.762)   DK 2.2

Rogers3003: thickness(0.127, 0.508、0.762、1.524)   DK 3

Rogers3010: thickness(0.635)   DK 10.2

Rogers3206: thickness(0.635)   DK 10.2

Rogers3035: thickness(0.508)   DK 3.5

Rogers6010: thickness(0.635,1.27)   DK 10.2

 

Rogers 4003C Laminate:

Volume production of microwave circuit assemblies requires fast, reliable and effi cient methods of attaching discrete microwave components to the circuit board. These could include simple two-lead devices such as resistors or diodes, or complex multi-lead MICs. Bonding techniques used for conventional epoxy glass grade laminates have been used with limited success on PTFE based laminates. However, conventional epoxy glass grade parameters are generally acceptable for the Rogers RO4000® series high frequency laminates. This application note is intended to present a general guide for device attachment to RT/duroid® and RO4000 high frequency laminates.

RT/duroid Laminate Characteristics RT/duroid laminates are random glass fi ber reinforced PTFE or ceramic fi lled PTFE materials. PTFE is a soft, waxy, thermoplastic fl uoropolymer. The glass or ceramic reinforcement adds dimensional stability and increases the hardness but the laminates are, in general, much softer than the low frequency hardboards, such as glass/epoxy. PTFE is a thermoplastic rather than a thermosetting resin. At elevated temperatures the substrate will readily deform and take a permanent set. Lead attachment methods must therefore minimize the pressure applied to the dielectric, particularly at elevated temperatures.

 

RO4000® High Frequency Laminate Characteristics RO4350B™ and RO4003C™ high freqeuncy laminates are glass reinforced hydrocarbon/ceramic materials. The laminate is a rigid, highly fi lled thermoset resin system which has a Tg >280°C (536°F). The high Tg helps to maintain the expansion characteristics over a wide range of temperatures. Lead attachment methods are similar to what is practiced with conventional FR4 epoxy grade laminates.

 

High Frequency Rogers RO4003C Laminates

Typical Applications

High reliability aerospace and defense

A wide range of typical and non-traditional microwave/RF applications

 

Standard Dielectric Constant:

3.38+-0.05

Standard Thickness

RO4003C: 0.008” (0.203mm), 0.012 (0.305mm),

0.016”(0.406mm), 0.020” (0.508mm) 0.032” (0.813mm), 0.060” (1.524mm)

Standard Panel Size

12” X 18” (305 X457 mm)

24” X 18” (610 X 457 mm)

24” X 36” (610 X 915 mm)

48” X 36” (1.224 m X 915 mm)

Standard Copper Cladding

½ oz. (17μm) electrodeposited copper foil (.5ED/.5ED)

1 oz. (35μm) electrodeposited copper foil (1ED/1ED)

2 oz. (70μm) electrodeposited copper foil (2ED/2ED)

 

Rogers 4003C datasheet:

Part Number	Compositon	Dk	Df	Volume Resistivity Mohn/cm	Surface Resistivity Mohm	Density gm/cm3	Thermal Coefficient of -50°C to 150°C ppm/°C
RO3003	PTFE Ceramic	3.00	0.0013	107	107	2.1	13
RO3006	PTFE Ceramic	6.15	0.0020	103	103	2.6	-160
RO3010	PTFE Ceramic	10.2	0.0023	103	103	3.0	-280
R03035	PTFE Ceramic	3.5	0.0017	107	107	2.1	-34 to -11
RO3203	PTFE Ceramic Reinforced Woven Glass	3.02	0.0016	107	107	2.1	13
RO3206	PTFE Ceramic Reinforced Woven Glass	6.15	0.0027	107	107	2.7	-212
RO3210	PTFE Ceramic Reinforced Woven Glass	10.2	0.0027	104	104	3.0	-459
RO4003C	Hydrocarbon Ceramic	3.38	0.0027	1.7 x 1010	4.2 x 109	1.8	+40
RO4350B	Hydrocarbon Ceramic	3.48	0.0037	1.2 x 109	5.7 x 109	1.9	+50
RO4450B	Hydrocarbon Ceramic Prepreg	3.30 - 3.54	0.0040	2.5 x 1010	1.9 x 108	1.86	21 to -18
RO4450F	Hydrocarbon Ceramic Prepreg	3.52	0.0040	TBD	TBD	1.83	TBD

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