D Sub Female

D Sub Female

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I only needed two of these things, but the price and service was so good, I went ahead and ordered a whole box.

These are good quality, easy to solder DB connectors. No surprises.

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PRICE is for 10 PACK, DC37 or DB37 female Solder Type Connector In assembly of a working cable, the connector is essential to provide the actual connection interface between two devices. Such an important function relies on durable and reliable materials, manufacturing, and design. These connectors are made of the highest quality materials to ensure maximum operational efficiency during high intensity and mission critical applications. Solder type connection between the cable and connector is very easy to connect and creates permanent and extremely durable connections from cable to connector.. Detailed Description RS232 D-Sub miniature connectors. tin plated housing. You may also need to order DC37 or DC37 or DB37 hoods

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From Wikipedia, the free encyclopedia
"DC-37" redirects here. For the trade union in New York, see District Council 37 .
"DE-9" redirects here. For other uses, see DE9 (disambiguation) .

^ Jump up to: a b non-standard shell size

^ "Are D Subs from all manufactures compatible?" (FAQ reply). ITT Cannon. Archived from the original on 2012-03-09.

^ Ishmael Stefanov-Wagner. "D-Subminiature Nomenclature" . Archived from the original on January 11, 2009.

^ Silver, Ward (2011). The ARRL General Class License Manual For Ham Radio (Seventh ed.). The American Radio Relay League, Inc. p. 4-37. ISBN 978-0-87259-811-9 .

^ ITT Cannon 90° PCB Selection Guide (PDF) , RS Components, 2007-09-10

^ Jump up to: a b c "List Mil Specs", DSCC , DLA, archived from the original on 2013-02-21 , retrieved 2010-08-18

^ Jump up to: a b "DF-104P D-subminiature connector pinout drawings" . interfacebus.com . Retrieved 2014-07-24 .

^ "DB-19 Substitute, Take Two" . Big Mess o' Wires . 23 February 2016 . Retrieved 2020-12-15 .

^ Green, Chris; et al. (14 November 2009). "NeXTstation Teardown" . iFixit . Retrieved 2020-12-17 .

^ "Positronic Combo D-subminiature Connectors" . FC Lane . Retrieved 1 July 2019 .

^ "Connectors, Electrical, Rectangular, Microminiature, Polarized Shell, General Specification for (w/Amendment 5)" . DEFENSE LOGISTICS AGENCY - DLA Land and Maritime - Mil Spec . Archived from the original on 2016-10-23 . Retrieved 2021-01-18 .

^ "Connectors, Electrical, Rectangular, Nanominiature, Polarized Shell, General Specification for" . DEFENSE LOGISTICS AGENCY - DLA Land and Maritime - Mil Spec . Archived from the original on 2016-10-23 . Retrieved 2021-01-18 .

^ "CAN bus connector pinout" . Interfacebus.com . Retrieved 2013-08-18 .

^ Mace, Scott (1984-04-09). "Atarisoft vs. Commodore" . InfoWorld . p. 50 . Retrieved 4 February 2015 .

^ "NeoGeo Joystick pinout and wiring @ old.pinouts.ru" . old.pinouts.ru . Retrieved 2021-12-24 .

^ "Expansion port - Nesdev wiki" . wiki.nesdev.org . Retrieved 2021-11-07 .

^ "Controller port pinout - Nesdev wiki" . wiki.nesdev.org . Retrieved 2021-11-07 .

^ "Atari 5200 joystick pinout and wiring @ old.pinouts.ru" . old.pinouts.ru . Retrieved 2021-12-28 .

^ "All about the Atari Enhanced Joystick Port!" . gamesx.com . Retrieved 2021-12-28 .

^ "DTRS — Analog DB25 Pin-out" (PDF) . Tascam . Retrieved 2010-08-18 .

^ AES59-2012 Audio Engineering Society, Standard 59 — Audio application of 25-way D-type connectors in balanced circuits

^ "The ILDA Standard Projector" (PDF) . International Laser Display Association. August 1999 . Retrieved 2020-04-02 .

Interface: PC System Design Guide
Connectors: TRS 3.5 mm
Interface: Balanced audio
Connectors: TRS 6.53 mm
XLR

Interface: S/PDIF
Connectors: RCA jack (coaxial)
TOSLINK (optical)
BNC
Interface: AES3 (AES/EBU)
Connectors: RCA jack
XLR
TOSLINK (optical)
BNC

Interface: VGA
Connectors: DB-15
DVI-A
Interface: Composite
Connectors: RCA jack yellow
Interface: S-Video
Connectors: Mini-DIN 4 Pin
Interface: Component
Connectors: RCA jacks × 3
Interface: Composite
S-Video , and Component
Connectors: VIVO using Mini-DIN 9 Pin

Interface: DVI
Connectors: DVI-I/DVI-D

Interface: HDMI
Connectors: HDMI connector
Interface: DisplayPort
Connectors: DisplayPort connector
Interface: HDBaseT
Connectors: 8P8C connector

Variations and alternate names

10-32
2.9 mm (SMA)
7 mm
AMC (UFL)
IPEX
MHF
RP-SMA
RP-TNC
SnapN
Triax / Triaxial
Twin BNC / Twinax (BNC)

Old or seldom used
EIA
GR
LEMO 00
Musa

The D-subminiature or D-sub is a common type of electrical connector . They are named for their characteristic D-shaped metal shield. When they were introduced, D-subs were among the smallest connectors used on computer systems.

A D-sub contains two or more parallel rows of pins or sockets usually surrounded by a D-shaped metal shield that provides mechanical support, ensures correct orientation, and may screen against electromagnetic interference . D-sub connectors have gender : parts with pin contacts are called male connectors or plugs , while those with socket contacts are called female connectors or sockets . The socket's shield fits tightly inside the plug's shield. Panel mounted connectors usually have 4-40 jackscrews that accept screws on the cable end connector cover that are used for locking the connectors together and offering mechanical strain relief, and can be tightened with a 3/16" (or 5mm) hex socket. Occasionally the nuts may be found on a cable end connector if it is expected to connect to another cable end (see the male DE-9 pictured). When screened cables are used, the shields are connected to the overall screens of the cables. This creates an electrically continuous screen covering the whole cable and connector system.

The D-sub series of connectors was introduced by Cannon in 1952. [1] Cannon's part-numbering system uses D as the prefix for the whole series, followed by one of A , B , C , D , or E denoting the shell size, followed by the number of pins or sockets, [2] followed by either P (plug or pins [3] ) or S (socket) denoting the gender of the part. Each shell size usually (see below for exceptions) corresponds to a certain number of pins or sockets: A with 15, B with 25, C with 37, D with 50, and E with 9. [4] For example, DB-25 denotes a D-sub with a 25-position shell size and a 25-position contact configuration. The contacts in each row of these connectors are spaced 326/3000 of an inch apart, or approximately 0.1087 inches (2.76 mm), and the rows are spaced 0.112 inches (2.84 mm) apart; the pins in the two rows are offset by half the distance between adjacent contacts in a row. [5] This spacing is called normal density . The suffixes M and F (for male and female) are sometimes used instead of the original P and S for plug and socket.

Later D-sub connectors added extra pins to the original shell sizes, and their names follow the same pattern. For example, the DE-15, usually found in VGA cables, has 15 pins in three rows, all surrounded by an E size shell. The pins are spaced at 0.090 inches (2.3 mm) horizontally and 0.078 inches (2.0 mm) vertically, [5] in what is called high density . The other connectors with the same pin spacing are the DA-26, DB-44, DC-62, DD-78 and DF-104. They all have three rows of pins, except the DD-78 which has four, and the DF-104 which has five rows in a new, larger shell. [6] The double density series of D-sub connectors features even denser arrangements and consists of the DE-19, DA-31, DB-52, DC-79, and DD-100. These each have three rows of pins, except the DD-100, which has four.

However, this naming pattern is not always followed. Because personal computers first used DB-25 connectors for their serial and parallel ports, when the PC serial port began to use 9-pin connectors, they were often labeled as DB-9 instead of DE-9 connectors, due to an ignorance of the fact that B represented a shell size. It is now common to see DE-9 connectors sold as DB-9 connectors. DB-9 nearly always refers to a 9-pin connector with an E size shell. The non-standard 23-pin D-sub connectors for external floppy drives and video output on most of the Amiga computers are usually labeled DB-23 , even though their shell size is two pins smaller than ordinary DB sockets. Several computers also used a non-standard 19-pin D-sub connector, sometimes called DB-19, [7] including Macintosh (external floppy drive), Atari ST (external hard drive), and NeXT ( Megapixel Display monitor [8] and laser printer ).

Reflecting the same confusion of the letters DB with just D as mentioned above, high density connectors are also often called DB-15HD (or even DB-15 or HD-15), DB-26HD (HD-26), DB-44HD, DB-62HD, and DB-78HD connectors, respectively, where HD stands for high density .

Cannon also produced combo D-subs with larger contacts in place of some of the normal contacts, for use for high-current, high-voltage, or co-axial inserts. The DB-13W3 variant was commonly used for high-performance video connections; this variant provided 10 regular (#20) pins plus three coaxial contacts for the red, green, and blue video signals. Combo D-subs are currently manufactured in a broad range of configurations by other companies. [9] Some variants have current ratings up to 40 A; others are waterproof and meet IP67 standards. [ citation needed ]

A further family of connectors of similar appearance to the D-sub family uses names such as HD-50 and HD-68 , and has a D-shaped shell about half the width of a DB25. They are common in SCSI attachments.

The original D-sub connectors are now defined by an international standard, IEC 60807-3 / DIN 41652. The United States military also maintains another specification for D-subminiature connectors, the MIL-DTL-24308 standard. [5]

Smaller connectors have been derived from the D-sub including the microminiature D (micro-D) and nanominiature D (nano-D) which are trademarks of ITT Cannon. Micro-D is about half the length of a D-sub and Nano-D is about half the length of Micro-D. Their primary applications are in military and space-grade technology . The MIL-SPEC for Micro-D is MIL-DTL-83513 [10] and for Nano-D is MIL-DTL-32139. [11]

The widest application of D-subs is for RS-232 serial communications, though the standard did not make this connector mandatory. RS-232 devices originally used the DB25, but for many applications the less common signals were omitted, allowing a DE-9 to be used. The standard specifies a male connector for terminal equipment and a female connector for modems, but many variations exist. IBM PC-compatible computers tend to have male connectors at the device and female connectors at the modems. Early Apple Macintosh models used DE-9 connectors for RS-422 multi-drop serial interfaces (which can operate as RS-232). Later Macintosh models use 8-pin miniature DIN connectors instead.

On PCs, 25-pin and (beginning with the IBM PC/AT ) 9-pin plugs were used for the RS-232 serial ports; 25-pin sockets were used for parallel ports (instead of the Centronics port found on the printer itself, which was inconveniently large for direct placement on the expansion cards).

Many uninterruptible power supply units have a DE-9F connector on them in order to signal to the attached computer via an RS-232 interface. Often these do not send data serially to the computer but instead use the handshaking control lines to indicate low battery, power failure, or other conditions. Such usage is not standardized between manufacturers and may require special cables.

DE9 connectors were used for some Token Ring networks as well as other computer networks .

The Attachment Unit Interfaces that were used with 10BASE5 thick net in the 1980s and 1990s used DA15 connectors for connectivity between the Medium Attachment Units and ( Ethernet ) network interface cards , albeit with a sliding latch to lock the connectors together instead of the usual hex studs with threaded holes. The sliding latch was intended to be quicker to engage and disengage and to work in places where jackscrews could not be used for reasons of component shape.

DE-9 connectors are commonly used in Controller Area Network (CAN): female connectors are on the bus while male connectors are on devices. [12]

A female 9-pin connector on an IBM compatible personal computer may be a video display output such as MDA , Hercules , CGA , or EGA (rarely VGA or others). Even though these all use the same DE9 connector, the displays cannot all be interchanged and monitors or video interfaces may be damaged if connected to an incompatible device using the same connector.

Later analog video ( VGA and later) adapters generally replaced these connectors with DE15 high-density sockets (though some early VGA devices still used DE9 connectors). DE15 connectors are similar to DE9 connectors (see above).

Many Apple Macintosh models, beginning with the Macintosh II, used DA15 sockets for analog RGB video out. The earlier Apple IIGS used the same connector for the same purpose, but with an incompatible pinout . A digital (and thus also incompatible) RGB adapter for the Apple IIe also used a DA15F. The Apple IIc used a DA15F for an auxiliary video port which was not RGB but provided the necessary signals to derive RGB.

Starting in the late 1970s the Atari 2600 game console used modified DE9 connectors (male on the system, female on the cable) for its game controller connectors. The Atari joystick ports had bodies entirely of molded plastic without the metal shield, and they omitted the pair of fastening screws. In the years following, various video game consoles and home computers adopted the same connector for their own game ports , though they were not all interoperable. The most common wiring supported five digit
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