Directory chapter 05. D-Sub Filter subminiature D connectors, 2.54 mm pitch

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Bertina Delphia Hines
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F Directory chapter 05 D-Sub Filter subminiature D connectors, 2.54 mm pitch New Page General information.............................................. 05.02 Technical characteristics.......................................... 05.03 Attenuation characteristics.

........................................... 05.12 For connectors with straight solder pins............................. 05.13 For connectors with right angled solder pins.......................... 05.14 For connectors with solder buckets.

1 F Directory chapter 05 D-Sub Filter subminiature D connectors, 2.54 mm pitch New Page General information Technical characteristics Attenuation characteristics turned solder pins, straight turned solder pins, right angled (European footprint) solder buckets Flange thread and board locking options General information For connectors with straight solder pins For connectors with right angled solder pins For connectors with solder buckets Board drillings Panel cut outs / panel mountings Customized solutions General information HARTING customer request form

The HARTING filter D range consits of: l A standard range of products (available from stock for pcb and cable applications): male and female connectors various terminations such as solder buckets,

2 General information HARTING filter D connectors are distinguished by their high performance and offer optimal filtering. The filtering element incorporates a multi-layer printed circuit board and surface mount components, all within the standard D-Sub shell. The HARTING filter D range consits of: l A standard range of products (available from stock for pcb and cable applications): male and female connectors various terminations such as solder buckets, straight and right angled solder pins 9, 15, 25 and 37 contact versions a large range of accessories l Customized solutions: The innovative technical solution of filtering enables customers to select the optimum filter on a contact by contact approach. This flexible technology allows not only to segregate the filtering per contact but also to mix the type of filter in a single competitive product. Please contact your local HARTING representative. Customized possibilities are explained on pages ff. These products are designed to enable systems to meet and comply with FCC-part 15, IEC 1000 and EN 5502 specifications. HARTING filtered D connectors are suitable for military, aerospace, industrial, medical, telecom and computers applications. HARTING filter D connectors can also take advantage of reflow soldering and the cost savings it brings. 02

3 filter connectors Technical characteristics Number of contacts 9, 15, 25, 37 UL recognized Contact arrangement View from termination side Working current Test voltage U r.m.s. 7.5 A max. 1 kv M F 9 way M F 15 way M F 25 way M F 37 way M = Male connector F = Female connector Contact resistance Insulation resistance 10 mω 1000 MΩ Temperature range during reflow soldering -55 O C O C max O C for 60 s Mating conditions as per DIN Terminations a) Solder buckets max. 0.8 mm² b) Solder pins Ø 0.6 mm for P.C.B. holes Ø 0.8/1 mm c) Solder pins, angled 90 O Ø 0.6 mm for P.C.B. holes Ø 0.8/1 mm Materials Mouldings and hoods Polyester two part moulding, glass-fibre re-inforced, flame retardant acc. to UL 94-V0 Contacts Copper alloy Male and female contacts are turned Contact surface Contact zone: selectively gold-plated over nickel to allow 200 mating cycles Termination zone: gold-plated Metal shell Steel surface, tinned 03

4 Attenuation characteristics Min. insertion loss Capacitance [pf] 1) Frequency [MHz] Attenuation (in db) vs. frequency [MHz] ) Capacitance tolerance = ± 20 % (For other capacitor values see pages ff). Measured in 50 Ω system according to MIL-STD-220, no load. Typical insertion loss for different filters (measured) Insertion loss [db] 04 Frequency [MHz]

5 Notes 05

6 Number of contacts Turned solder pins, straight No. of Identification contacts Part No. 47 pf C filter male connectors female connectors pf C filter pf C filter pf C filter Please insert digit for flange thread and board locking options. 06 For detailed information see pages ff

7 Number of contacts Turned solder pins, straight Identification Drawing Dimensions in mm Male connector No. of contacts A B C D E Female connector Board drillings see page

8 Number of contacts Turned solder pins, right angled No. of Identification contacts Part No. 47 pf C filter male connectors female connectors pf C filter pf C filter pf C filter Please insert digit for flange thread and board locking options. 08 For detailed information see pages ff

Number of contacts 9--37 Turned solder pins, right

connector No. of contacts A B C D E 9 30.81 24.99 16.

04 47.04 38.96 41.30 38.38 37 69.32 63.50 55.42 57.

9 Number of contacts Turned solder pins, right angled Identification Drawing Dimensions in mm Male connector No. of contacts A B C D E Female connector Board drillings see page

10 Number of contacts Solder buckets No. of Identification contacts Part No. 47 pf C filter male connectors female connectors pf C filter pf C filter pf C filter Please insert digit for flange thread and board locking options. 10 For detailed information see pages ff

connector No. of contacts A B C D E 9 30.81 24.

66 25 53.04 47.04 38.96 41.30 38.38 37 69.32 63.

11 Number of contacts Solder buckets Identification Drawing Dimensions in mm Male connector No. of contacts A B C D E Female connector Panel cut outs see page

12 Flange thread and board locking options General information xxx xxx. Insert digit for straight versions right angled versions solder bucket versions Through hole TH Clinch nut M3 or 4-40 UNC 4-40 UNC 7 7 M3 8 8 Straight board clip M3 or 4-40 UNC 4-40 UNC 5 M3 6 TH 1 Board lock + clinch nut through hole, M3 or 4-40 UNC 4-40 UNC 2 M3 3 Board lock + female screw lock M3 or 4-40 UNC 4-40 UNC 4 M3 5 Without board lock + clinch nut M3 or 4-40 UNC 4-40 UNC 6 M Without board lock + female screw lock M3 or 4-40 UNC Details see pages 05.13, and UNC 8 M3 9

13 Flange thread and board locking options Detailed information for straight connectors Digit = 0 Through hole (3.05 mm diameter) Digit = 7 Digit = UNC M3 Clinch nut Digit = 5 Digit = UNC M3 Straight board clip 4-40 UNC/M3 Dimensions in mm 13

14 Flange thread and board locking options Detailed information for right angled connectors Digit = 0 Through hole (3.05 mm diameter) Digit = 1 Digit = 2 Digit = 3 Through hole 4-40 UNC M3 Right angled metal bracket with board lock and clinch nut Through hole 4-40 UNC / M3 Digit = 4 Digit = UNC M3 Right angled metal bracket with board lock and female screw lock 4-40 UNC / M3 Digit = 6 Digit = UNC M3 Right angled metal bracket with clinch nut without board lock Through hole 4-40 UNC / M3 Digit = 8 Digit = UNC M UNC / M3 Right angled metal bracket with female screw lock without board lock 14 Dimensions in mm

15 Flange thread and board locking options Detailed information for connectors with solder buckets Digit = 0 Through hole (3.05 mm diameter) Digit = 7 Digit = UNC M3 Clinch nut Dimensions in mm 15

16 Notes 16

17 Board drillings 9 contacts 15 contacts 25 contacts 37 contacts For straight configuration dimension A is 2.84 mm and for right angled configuration dimension A is 2.54 mm. Dimensions in mm 17

18 Panel cut outs / panel mountings Panel cut outs Front mounting Panel Full radius Rear mounting Panel No. of contacts Mounting A B C assembly ± 0.2 ± 0.2 ± 0.2 Front Rear Front Rear Front Rear Front Rear Panel mountings Pin front mounting Pin Pin rear mounting Pin rear mounting Pin front mounting Pin Socket Socket Socket front mounting Socket rear mounting Socket front mounting Socket rear mounting 18 For float mounting option please contact your local HARTING representative. Dimensions in mm

Customized solutions General information With the innovative EMC platform approach, this enables customers to select their optimum filter requirements, contact per contact.

The biggest advantage of the HARTING technology is that multiple filter assemblies can be configured to create different filter designs: C, Pi, L and T types.

19 Customized solutions General information With the innovative EMC platform approach, this enables customers to select their optimum filter requirements, contact per contact. Allowing not only to segregate the filtering per contact but also to mix the type of filter used. This is then cast in a single competitive product (in a standard D-Sub shell). The biggest advantage of the HARTING technology is that multiple filter assemblies can be configured to create different filter designs: C, Pi, L and T types. Since any value of capacitor can be placed on any contact, a wide range of configurations can be built, it is even possible to have an individual pin unfiltered if necessary. or Furthermore, Pi filters can be supplied in a standard connector size shell. In addition, protection against lightening and transient voltage can be included upon request. In the next few pages, you will find all the necessary information plus a selection guide to help you to choose your appropriate solution. l C filter l L filter l Pi filter l Ferrite filter l ESD protection l Lightening protection l Combination { With any capacitance on any pin in a standard D-Sub shell. All types of filter mixed D-Sub are also available on request. 19

20 Customized solutions General information Filter possibilities C filter possibilities: Working voltage vs. capacitance (This table reflects also L filters) Higher values are available with non-standard (larger) dimensions. Please contact your local HARTING representative for availability. Rated voltage (VDC) Capacitance (pf) ,000 4,700 10,000 47, , Applicable working voltage N/A Please contact technical support Pi filter possibilities: Working voltage vs. capacitance Rated voltage (VDC) Capacitance (pf) ,000 5,400 10,000 54, ,000 Applicable working voltage N/A Please contact technical support Ferrite filter possibilities Min. insertion loss Attenuation vs. frequency [MHz] Inductance (µh) 1) db 2 db 15 db 20 1) Measured at 0.1 V 1 KHz Measured in 50 Ω system according to MIL-STD-220, no load.

21 Customized solutions General information Other protection possibilities ESD protection (Electro Static Discharge protection) For equipment to comply with: l IEC ; levels 1 to 4 (Contact discharge test) l RTCA-160 D; section 25 Typical parasitic Max. clamp Working capacitance (pf) voltage (V) voltage I=1 A 0.5 V 1 I = 10 8/20 µs EMP protection (Electro Magnetic Pulse protection) For equipment to comply with: l MIL-STD-461 C: requirements CS 06, CS 10, CS 11, RS 05 l IEC ; EFT TESTS l RTCA-160 D; section 17 Typical parasitic Max. clamp Working capacitance (pf) voltage (V) voltage I = 10 A 0.5 V 1 I = 10 8/20 µs Lightening protection For equipment to comply with: l IEC ; levels 1 and 2 (1.2 µ / 50 µs) l RTCA-160 D; section 22 (pin injection, level 1) Typical parasitic Max. clamp Working capacitance (pf) voltage (V) voltage I = 30 A 0.5 V 1 I = 10 8/20 µs

22 Customized solutions HARTING customer request form Our innovative technology offers all the possibilities you may need. For customer solutions, please contact your local HARTING representative. Here is a summary of the information we need to develop a customer solution: Connector Standard D-Sub Gender n Male n Female No. of contacts n 9 n 15 n 25 n 37 n 50 Termination n Solder bucket n Straight pcb n R/A Eur, 2.54 mm n R/A US, 2.84 mm Mixed D-Sub Gender n Male n Female Contact arrangement n 3W3 n 3W3C n Other Power contact rating n 10 A n 20 A n 30 A n 40 A Termination n Solder bucket n Straight pcb n R/A pcb Flange thread and board locking options (for details see pages ff) Filter What working voltage is used? Type of filter (C filter, Pi filter, L filter ) Capacitance Are there other protections needed? n No If a pin-to-pin selection has to be done, please state the details n Yes n ESD n Transient n EMP n Lightening Pin 1:?, Pin 2:?, Name: Company: Address: Drawing: n no n yes Samples: n no n yes, quantity Volume (pcs./year): Phone: Special requirements: 22 Fax:

D-Sub SEaled subminiature D connectors, 2.54 mm pitch

SE D-Sub SEaled subminiature D connectors, 2.54 mm pitch Page Technical characteristics.......................................... 02 IP 67 versions with turned solder cups......... 04 IP 67 versions with