HD-0155M3-IH

HD-0053M3-IH HIROSE

Document overview

• Manufacturer or author: Provided By digicamel.com
• PDF pages: 9

Technical content

3 dB 90° Card Couplers HD-M Series I Features 1.High Performance The high frequency characteristics feature. Extremely low loss and a high degree of matching. 2.Power Uniform Distribution and 90° Phase Difference Type This is a one input, two output (or two input, one output) power uniform distribution type having a 90° phase difference between the two outputs (or two inputs). 3.Miniature and Lightweight Corrosion-resistant aluminum is used for the cover and the Hirose Electric original pattern design, which uses a stripline triplate method, enables the couplers to be extremely small and lightweight. 4.Equipped with Tabs Tabs permit direct mounting to surface circuits. 5.High Power Type This type can be used with up to 100 W of power. I Product Specifications Note: The frequency range and the maximum input power will differ depending on the products. G The test method conforms to MIL-STD-202. I Materials Ratings Frequency range (Note) Characteristic impedance Maximum Input Power (Note) 30 to 6400 MHz 50 ohms 50 to 100 W Operating temperature range Operating relative humidity -10ç to +65ç 95% Max. Item Standard Conditions Part Material Finish Cover (B) Aluminum Conductive white Alumite Board Dielectric Gold plating Eyelet Brass Nickel plating Tabs Phosphor bronze Gold plating 1.Insulation resistance500M ohms min 100 V DC 2.Vibration Frequency of 10 to 2000 Hz, overall amplitude of 1.52 mm, acceleration of 98 m/s2 for 2 hours in each of 3 directions 3.Shock Acceleration of 980 m/s2, sine half-wave waveform, 3 cycles in each of the 3 axis Temperature : -55ç ¡ +5ç to +35ç ¡ +85ç ¡ +5ç to +35ç 4.Temperature cycle No damage, cracks, or parts dislocation Time : 30 ¡ 15 max. ¡ 30 ¡ 15 max. (Minutes) 200 cycles 5.Corrosion resistanceNo serious corrosion Exposed to 20% salt water solution for 48 hours 6.Hydrogen sulfide gasNo damage, cracks, or parts dislocation Exposed to 10% potassium sulfide solution for 100 hours No electrical discontinuity of 1 µs or more No damage, cracks, or parts dislocation HD-0053M3-IH HD-0195M3-DH HD-0195M3-DH-1 HD-0900M3-CH-1 HD-0620M3-EH HD-1700M3-FH HD-3900M3-BH HD-0313M3-FH HD-2100M3-CH HD-1800M3-CH HD-3200M3-BH HD-6150M3-AH

Series Name: HD (Directional Couplers) Center Frequency(MHz) Examples 0053M: 53MHz 0300M: 300MHz 6150M:6150MHz Coupling 3:3dB Frequency Relative Bandwidth C:From 10% to below 15% D:From 15% to below 20% E:From 20% to below 25% F:From 25% to below 30% G:From 30% to below 35% Form H:H Type Suffix I Specifications Part Number Frequency Range (MHz) Coupling (dB) Frequency Sensitivity (dB) IsoIation (dB Min) V.S.W.R. (Max) Weight (g) Power (W) Fig HD-0053M3-IH 30 ~76 ±0.75 15 1.40 22 100 1 HD-0070M3-GH 45 ~85 ±0.5 20 1.20 25 50 2 HD-0125M3-GH 80 ~160 ±0.5 20 1.20 22 100 2 HD-0155M3-IH 90 ~220 ±0.8 20 1.20 23 100 2 HD-0195M3-DH 160 ~230 ±0.5 20 1.20 22 100 2 HD-0195M3-DH-1 160 ~230 ±0.5 20 1.20 11 100 1 HD-0300M3-FH 225 ~400 ±0.5 20 1.20 10 100 2 HD-0300M3-FH-1 225 ~400 ±0.5 20 1.20 9 100 1 HD-0313M3-FH 225 ~400 ±0.5 20 1.20 6 100 3 HD-0430M3-CH 360 ~470 ±0.3 20 1.20 10 100 2 HD-0620M3-EH 470 ~770 ±0.5 20 1.20 6 100 2 HD-0660M3-GH 470 ~880 ±0.6 19 1.20 6 100 2 3+0.350 3+0.35 3+0.35 3+0.35 3+0.35 3+0.35 3+0.35 3+0.35 3+0.35 3+0.35 3+0.35 3+0.35

G There is a 90° phase difference between the output and the coupling. G The VSWR has a common standard for both the primary line and the secondary line. Part Number Frequency Range. (MHz) Coupling (dB) Frequency Sensitivity (dB) Isolation (dB Min) V.S.W.R. (Max) Weight (g) Power (W) Fig. HD-0660M3-GH-1 440 ~880 ±0.6 20 1.20 6 100 1 HD-0700M3-FH 500 ~900 ±0.5 20 1.20 6 100 2 HD-0750M3-GH 500 ~1,000 ±0.5 20 1.20 5 100 1 HD-0900M3-CH 800 ~1,000 ±0.3 20 1.20 6 100 2 HD-0900M3-CH-1 800 ~1,000 ±0.3 20 1.20 6 100 1 HD-0900M3-CH-2 800 ~1,000 ±0.3 20 1.20 6 100 3 HD-1500M3-GH 1,000~2,000 ±0.6 20 1.25 4 100 4 HD-1700M3-FH 1,200~2,200 ±0.5 20 1.20 5 50 5 HD-1800M3-CH 1,600~2,000 ±0.3 20 1.20 3 50 6 HD-1900M3-CH 1,700~2,100 ±0.3 20 1.20 3 50 6 HD-2100M3-CH 1,900~2,300 ±0.3 20 1.20 3 50 6 HD-2400M3-BH 2,200~2,600 ±0.5 20 1.20 3 100 8 HD-2500M3-BH 2,300~2,700 ±0.3 21 1.25 3 100 6 HD-3200M3-BH 3,000~3,400 ±0.3 18 1.30 3 100 6 HD-3900M3-BH 3,600~4,200 ±0.5 18 1.30 7 100 7 HD-6150M3-AH 5,900~6,400 ±0.5 18 1.30 7 100 7 3+0.350 3+0.350 3+0.350 3+0.350 3+0.350 3+0.350 3+0.350 3+0.350 3+0.35 3+0.350 3+0.350 3+0.450 3+0.450 3+0.450 3+0.450 3+0.450

Fig.1 Fig.2 PCB Mounting Pattern PCB Mounting Pattern

A 38.1 38.1 B 45.7 45.7 C 50.8 50.8 D 12.7 12.7 E 6.4 6.4 F 3.2 3.2 G 38.1 38.1 H 6.4 6.4 I 3.6 3.6 Part Number A B CD E F G Part Number A B CD E F G Fig.3 Fig.4 Fig.5 PCB Mounting Pattern PCB Mounting Pattern PCB Mounting Pattern

Fig.8 Part Number ABCDEF Part Number ABC DEFGH HD-3900M3-BH 17 22 42 15 8.5 3.2 17 8.5 HD-6150M3-AH 17 22 42 15 8.5 3.2 17 8.5 Fig.6 Fig.7 PCB Mounting Pattern PCB Mounting Pattern PCB Mounting Pattern

<HD-1800M3-CH > Low Temperature (-10ç) Normal Temperature (+20 ç) High Temperature (+65 ç)

For VE Items (in which Aluminum Is Used Above and Below the Ground Board and the Eyelets Protrude Beyond the Cover) The height of the cover will be a value 0.1 mm less than one half of the overall thickness. For Directional Card Couplers (HD-0900M (10 dB) and HD-0900M (20 dB),etc.) The height of the cover will be a value 0.35 mm less than one half of the overall thickness. (When Spacing H of the Micro Stripline Board and the Tabs is 0 ≤ H ≤ 0.3 mm) Fix the card coupler with fastening screws as illustrated in Figure 2. Next, solder the tabs and micro stripline, then use. (When Spacing H of the Micro Stripline Board and the Tabs is H < 0) Insert a metal plate or a conductive spacer between the coupler and ground, then mount as illustrated in Figure 3 so that the surface of the tabs and the position of the microstrip board are equal. Fix the card coupler with fastening screws as illustrated in Figure 3. Next, solder the tabs and micro stripline, then use. (When Spacing H of the Micro Stripline Board and the Tabs is H > 0.3 mm) Cut the ground at the position of the coupler and attach so that the surface of the tabs is in contact with the micro stripline. Fix the card coupler with fastening screws as illustrated in Figure 4. Next, solder the tabs and micro stripline, then use. At the time of soldering, solder with a space of 1 mm from the edge of the micro stripline as illustrated in Figure 5. Figure 5. Micro stripline board Soldering portion