Search Results for: coin motor with spring contacts
DECLARATIONS AND TEST REPORTS FOR COIN VIBRATION MOTORS RoHS Declaration RoHS IECQ QC 080000:2012 RoHS Test Report REACH Declaration REACH 209 – SVHC Test Report REACH – SVHC Test Report CE EMC Conformity Test Report EMC Certificate of Conformity
7 mm x 2.1 mm | 3 V | FPC | Coin Vibration Motor
The C0720B088L coin vibration motor has a unique interconnection method that greatly simplifies mass production. The contact pads under the vibration motor mate with corresponding PCB mounted, ultra-small Spring Finger Contacts. These spring contacts are available on tape /reels for easy SMD assembly. This coin motor is typically mounted in a molded pocket of the device, and held in place by the supplied double stick tape. If this motor is too small, we can employ this solution with larger sized motors, however, tooling fees may apply.
8 mm x 2.1 mm | 3 V | FPC | Pancake Vibration Motor
The VC0820B029L is a pancake vibration motor with FPC contact pads, and is based on the popular leaded version of the same motor, the VC0820B006F. This device is designed to be mounted in a molded recessed pocket in the products housing. PCB mounted contact springs or pogo pings mate with coin LRA's contacts pads. PCBA contact springs are made by TE as well as other companies.
8 mm x 2 mm | 3 V | Spring | Coin Vibration Motor
The VC0820K001L coin vibration motor uses helical spring contacts and are designed to connect with corresponding contacts pads on the PCB. The motor has double stick tape on one side that can be used to secure it to the products housing. A hole can be cut in the PCB, allowing it to be situated in the middle of the printed circuit board. Since reflow solderable version of this coin vibration motor is not yet available, a motor like this can be used to eliminate inefficient leaded parts. The spring contacts are not designed to be soldered.
Photos of how LG mounted this type of vibration motor in their cellphone may be found here:
8 mm x 2.4 mm | 3 V | Spring | Coin Vibration Motor
The VC0824K001L coin vibration motor uses helical spring contacts and are designed to mate with corresponding contacts pads on the PCB. The motor has double stick tape on one side that can be used to secure it to the products housing. A hole can be cut in the PCB, allowing it to be situated in the middle of the board. Since reflow solderable SMD versions of this part are not yet available, a coin vibration motor like this can be used to streamline the assembly process by eliminating the need for soldering wires. Do not solder wires to the springs.
Photos of how LG mounted this type of vibration motor in their cellphone may be found here:
8 mm x 2.4 mm | 3 V | Spring | Coin Vibration Motor
The VC0824K002L coin vibration motor is identical to the VC0824K001L except that its helical spring contacts are longer, and extend past the body of the case. These contacts are designed to mate with corresponding contacts pads on the PCB. The motor has double stick tape on one side that can be used to secure it to the products housing. A hole can be cut in the PCB, allowing it to be situated in the middle of the board. Since reflow solderable SMD versions of this part are not yet available, a coin vibration motor like this can be used to streamline the assembly process by eliminating the need for soldering wires. Do not solder wires to the springs.
8 mm x 2.5 mm | 3 V | FPC | Coin Vibration Motor
The VC0825B029L with FPC contact pads is based on the popular leaded version of the same motor, the VC0825B002F. This device is designed to be mounted in a molded recessed pocket in the products housing. PCB mounted contact springs or pogo pings mate with coin LRA's contacts pads. PCBA contact springs are made by TE as well as other companies.
8 mm x 2.7 mm | 3 V | FPC | Coin Vibration Motor
The VC0827B307L coin vibration motor is based on the popular leaded version of this same motor, the VC0827B005L. It may be connected to another FPC or by PCB mounted spring contacts. Custom FPC's based on your design are available.
8 mm x 3 mm | 3 V | Coin Vibration Motor
This coin vibration motor has an FPC with large contact pads that typically connect with PCBA mounted pogo pins / spring contacts on the PCBA. The coin vibrator motor is mounted against the inner wall of the product housing. The rear of this motor has 3M 467 double stick tape to facilitate mounting. If you need wire leads, you can solder wires to these contact pads, however the wire must be thin and flexible (UL3302 AWG 32 /34) else the adhesive holding the FPC to the metal base may separate and the FPC lift upward. If the FPC size or contact arrangement is not suitable for your application we can fabricate a custom flexible circuit as per your design. Tooling fees may apply.
8 mm x 3 mm | 3 V | FPC | Coin Vibration Motor
The VC0830B029L coin vibration motor is based on the popular leaded version of this same motor, the VC0830B001L. It may be connected to another FPC or by PCB mounted spring contacts. Custom FPC's based on your design are available.
C1020B229F
Product is EOL
10 mm x 2 mm | 3 V | Coin Vibration Motor
The VC1020B229F coin vibration motor has an FPC with large contact pads that typically mate with PCB mounted pogo pins or spring contacts on the PCB. The coin vibrator motor is mounted against the inner wall of the product housing. The rear of this motor has 3M 467 double stick tape to facilitate mounting. If the FPC size or contact arrangement is not suitable for your application we can fabricate a custom flexible circuit as per your design. Tooling fees may apply.
10 mm x 2.1 mm | 3 V | Coin Vibration Motor
The VC1020B569L coin vibration motor is based on the popular leaded version of this same motor, the VC1020B111F. It may be connected to another FPC or by PCB mounted spring contacts. Custom FPC's based on your design are available.
C1020K001F
Product is EOL
10 mm x 2.1 mm | 2 V | Spring | Coin Vibration Motor
At 2.0 mm thick, our VC1020K001F is the thinnest coin vibration motor made today. When “mid-mounted” it will result in the thinnest possible design. It uses helical spring contacts which mate with corresponding conductive pads on your PC board. This part was designed to be “mid-mounted” in a hole in your PCB, thus reducing the thickness of your device to the bare minimum.
Photos of how LG mounted this type of vibration motor in their cellphone may be found here:
10 mm x 2.7 mm | 3 V | FPC | Coin Vibration Motor
The Vybronics VC1026B204L flat vibration motor is based on our popular VC1026B002F motor which has wire leads. This motor has large, gold plated, contact pads that are designed to mate with PCB mounted springs or pogo pins. This coin vibration motor is supplied with a self adhesive tape which may be used to mount it to your PCB or to the inner wall of your products housing. If you require this motor, but without the double stick tape on the bottom, please order VC1026B205L.
10 mm x 2.7 mm | 3 V | Spring | Coin Vibration Motor
Our VC1027200N coin vibration motor uses leaf spring contacts located beneath its body. These contacts are designed to mate with corresponding contacts pads on the PCB. Since reflow solderable SMD versions of this part are not yet available, a coin vibration motor like this can be used to streamline the assembly process by eliminating the need for soldering wires.
10 mm x 3 mm | 3 V | Coin Vibration Motor
The VC1030B400U coin vibration motor has an FPC with large contact pads that usually mate with PCB mounted pogo-pins or spring contacts on the PCB. Spring contacts are available from many Mfg including TE. This coin vibrator motor is mounted against the inner wall of the product housing. The rear of this motor has 3M 467 double stick tape to facilitate mounting. If the FPC size or contact arrangement is not suitable for your application we can fabricate a custom flexible circuit as per your design. Tooling fees will apply.
10 mm x 3 mm | 3 V | Coin Vibration Motor
The VC1030B823L coin vibration motor is based on the popular leaded version of this same motor, the VC1030B028F . It may be connected to another FPC or by PCB mounted spring contacts. Custom FPC's based on your design are available.
10 mm x 3 mm | 2 V | Spring | Coin Vibration Motor
Our VC1030Q001F coin vibration motor uses helical spring contacts thereby streamlining the assembly process. Although it can be used in other ways, this part was designed to be “mid-mount” in a hole in your PCB, thereby reducing the overall thickness of your device. A 2.0 mm thick version of this vibration motor is being developed now.
Detailed photos of how LG mounted this motor in their cellphones may be found here:
C1030Q002F
Product is EOL
10 mm x 3 mm | 2 V | Spring | Coin Vibration Motor
This part has gone EOL due to tooling issues, and poor demand. Please consider using the VC1027B200N.
10 mm x 3.4 mm | 3 V | Coin Vibration Motor
The VC1034B400D coin vibration motor has an FPC with large contact pads that usually mate with PCB mounted pogo-pins or spring contacts on the PCB. Spring contacts are available from many Mfg including TE. This coin vibrator motor is mounted against the inner wall of the product housing. The rear of this motor has 3M 467 double stick tape to facilitate mounting. If the FPC size or contact arrangement is not suitable for your application we can fabricate a custom flexible circuit as per your design. Tooling fees will apply.
10 mm x 3.4 mm | 3 V | Spring | Coin Vibration Motor
The VC1034K001L coin vibration motor is our largest motor that uses helical spring contacts. These spring contacts are designed to mate with corresponding contacts pads on the PCB. The motor has double stick tape on one side that can be used to secure it to the products housing. A hole can be cut in the PCB, allowing it to be situated in the middle of the PCB assembly. Since reflow solderable versions of coin vibration motor are not feasible, a motor like this may be used to eliminate inefficient leaded parts. The spring contacts are not designed to be soldered to.
Photos of how LG mounted this type of vibration motor in their cellphone may be found here:
MOUNTING PHOTOS – COIN MOTOR WITH SPRING CONTACTS
8 mm x 2 mm | 3 V | Spring | Coin Vibration Motor
The VCLP0820K001L coin vibration motor is the Low Current version of our popular VC0820K001L . It makes use of spring contacts which make contact with PCB contact pads. The motor has double stick adhesive tape on one side which may be used to mount it to the devices housing. A hole can be cut in the PCB, allowing it to be located in the center of the PC board. Since reflow solderable version of this coin vibration motor is not yet available, a motor like this can be used to eliminate inefficient leaded parts. The spring contacts are not designed to be soldered to.
Photos of how LG mounted this type of vibration motor in their cellphone may be found here:
6 mm x 4 mm | 1.8 Vrms | 210hz | LRA Z-Axis
The VG0640002D sets the industry standard for small powerful LRA devices. Samsung uses this LRA in their Galaxy Smart Watches. It's the result of an intensive engineering effort to design a high G force linear resonant actuator LRA with the smallest possible diameter. This LRA produces a vibration force of 0.9 Grms and measures only 6 mm in diameter and 4 mm thick. Its small diameter make it ideal for LRA arrays or devices requiring a small diameter LRA. For best results, a LRA Haptic Drive IC is recommended to drive this device. This LRA is the same as our VG0640001D, but with a FPC added to facilitate interconnection to the PCB. We recommend that PCB mounted spring contacts be used to interconnect with the pads on this FPC. We can supply a custom FPC based on your design. Forward your FPC design to us for a quote.
Product is EOL
8 mm x 2.5 mm | 1.2 Vrms | 240hz | LRA Z-Axis
The VG0825002D is the spring contact version of our VG0825001D linear resonant actuator. It uses helical spring contacts and are designed to mate with corresponding contacts pads on the PCB. The motor has double stick tape on one side that can be used to secure it to the products housing. A hole can be cut in the PCB, allowing it to be situated in the middle of the board. Since reflow solderable SMD versions of this part are not yet available, a coin vibration motor like this can be used to streamline the assembly process by eliminating the need for soldering wires. Do not solder wires to the springs.
8 mm x 2.5 mm | 1.2 Vrms | 240hz | LRA Z-Axis
Our VG0825003D is the smallest LRA coin vibration motor on the market. Its Z-Axis vibration and low current characteristics make it an excellent choice for wearables. It draws only 19 ma @ 0.6 V while producing a G force of 0.45 . This device utilizes FPC contact pads. These contact pads mate with corresponding PCB mounted spring contacts, that are mounted directly to the PCB. A linear resonant actuator driver IC such as the TI DRV2605 is required to drive this device. Double stick adhesive, & PORON rubber foam pads are also available options. Custom FPC are also available for orders of 10K pcs+.
G0832006
Product is EOL
8 mm x 3.2 mm | 1.8 Vrms | 235hz | LRA Z-Axis
Our VG0832006 coin linear resonant actuator vibrates in the Z-Axis at 235 hz. Instead of wire leads, it makes use of a flexible printed circuit (FPC). PCB mounted pogo pins / springs are recommended to make contact with the contacts pads on the FPC. Its current characteristics make it an excellent choice for wearable devices with limited battery capacity. It draws only 19 ma @ 0.6 V while producing a vibration G force of 0.55. An LRA driver IC such as the TI DRV2605 is required for use. Double stick adhesive, rubber foam pads and custom lead wire lengths are available. Custom FPC are also available for orders of 10K pcs+.
8 mm x 3.2 mm | 1.8 Vrms | 235hz | LRA Z-Axis
The VG0832009L is based on the popular leaded version of this coin LRA, the VG0832008. This device is designed to be mounted in a molded recessed pocket in the products housing. PCB mounted contact springs or pogo pings mate with coin LRA's contacts pads. PCBA contact springs are made by TE as well as other companies. Customizations will be considered if the project volume is in excess of 100K pcs / year.
8 mm x 3.25 mm | 1.8 Vrms | 235hz | LRA Z-Axis
The VG0832019D is the best choice, in this form factor, for haptic feedback applications. This is a 3rd generation LRA which uses dual-magnet technology for superior rise / fall times of 35 ms / 65 ms maximum. Actual rise times are faster than stated. Pricing of this LRA is considerably higher than our other 8 mm x 3.2 mm LRA's which all use 2nd generation, single magnet technology. It is recommended that this device be mounted in a molded recessed pocket in the products housing. PCB mounted contact springs or pogo pings mate with coin LRA's contacts pads. PCBA contact springs are made by TE as well as other companies.
10 mm x 4 mm | 2.0 Vrms | 170hz | LRA Z-Axis
The VG1040001D linear resonant actuator produces a minimum vibration force of 1.5 Grms when driven with a 2.0 Vrms AC signal. An LRA driver IC is normally used with this linear vibration motor. The recommended LRA driver IC is made by Dongwoon Anatech Part # DW7914A. The rise time (50% power) is a blazing 10 ms, fall time (10% power) 50ms, making it an outstanding choices for haptic feedback applications. his Linear resonant actuator is designed to be mounted in a molded recessed pocket in the products housing. PCB mounted contact springs or pogo pings mate with coin LRA's contacts pads. This motors is currently only available in this configuration. Customizations will be considered if the project volume is in excess of 1 million / year. While it is not intended to be used as such, wires may be soldered to the coin motors contact pads.
10 mm x 4 mm | 2.5 Vrms | 170hz | LRA Z-Axis
At an impressive 2 Grms the VG1040003D, wide band LRA, produces the highest G force / vibration energy of any coin shaped LRA vibration motor. The rise time is a blazing 10 ms, fall time 50ms, makes it one of the best choices for HD haptic feedback applications. Notably Samsung chose this LRA for use in their Galaxy Z Flip 3 and Samsung Galaxy S21 cellphones. Due to this LRA's wide bandwidth, you will need to disable the auto-resonance calibration feature and manually set the driver for the resonant frequency of the LRA. Besides the popular TI haptic drivers, Dongwoon Anatech Part # DW7914A and the Renesas (formerly Dialog Semiconductor) DA728x Series Haptic driver IC are also viable options. A configuration file is available for the DA728x driver. This device is designed to be mounted in a molded recessed pocket in the products housing. PCB mounted contact springs or pogo pings mate with coin LRA's contacts pads. PCBA contact springs are made by TE as well as other companies. If you need wire leads, you can solder wires to these contact pads, however the wire must be thin and flexible (UL3302 AWG 32 /34) else the adhesive holding the FPC to the metal base may separate and the FPC lift upward. This motor is currently only available in this configuration. Customizations will be considered if the project volume is in excess of 1 million / year.
12 x 4 x 3.5 mm | 1.8 Vrms | 240hz | LRA Z-Axis
The VLV041235L-FP235 is high performance rectangular Linear Resonant Actuator - LRA that can be used for a variety of haptic feedback applications. This device is designed to be mounted on the inner shell of the products housing. PCB mounted contact springs or pogo pings mate with coin LRA's contacts pads. PCBA contact springs are made by TE as well as other companies. Like all LRA's this device is typically connected to a LRA driver IC which produces the AC drive signal for this device. For further information about this see the BOTTOM of this page.
Please see photos of how this LRA vibration motor is typically mounted.
10 x 10 x 4 mm | 2.5 Vrms | 170hz | LRA Z-Axis
The VLV101040A like our coin type LRA's this device generates a vibration force in the Z axis, perpendicular to the face of the device. It has an exceptionally wide band width of 160 hz allows for drive signals between 140 to 300 hz. Wide-band width, coupled with fast 10ms rise/40ms fall times, allows this LRA to generate haptic effects never before possible. Even faster rise / fall times can be achieved by the use of a Haptic Driver. Due to this LRA's wide bandwidth , the use of Haptic drivers that make use of "auto -resonance" detection will be problematic ( ie TI). If using such a driver, you will need to disable the auto-resonance calibration feature and manually set the driver for the resonant frequency of the LRA. The Dongwoon Anatech Part # DW7914A and Renesas (formerly Dialog Semiconductor) DA728x Series Haptic driver IC are also viable options. A configuration file is available for the DA728x driver. The LRA's contact pads are designed for use with PCB mounted pogo pins or spring contacts. If you need wire leads, you can solder wires to these contact pads, however the wire must be thin and flexible (UL3302 AWG 32 /34) else the adhesive holding the FPC to the metal base may separate and the FPC lift upward.
Please see photos of how this LRA linear vibration motor is typically mounted.
6 mm x 2.5 mm | 3 V | Spring | BLDC Coin Vibration Motor
Our VW0625SS001D brushless BLDC coin vibration motor uses helical spring contacts which are designed to mate with corresponding contact pads on the PCB. This motors brushless design makes it ideal for Hi-Rel applications or those with high duty cycles. A driver IC is built imbedded within the motor, so no external driver IC is required. Simply apply DC voltage as you would a normal brushed DC motor. Voltage polarity must be observed or you will damage the internal driver IC. This device operates on DC voltage only. A PWM signal can not be used to drive BLDC motors. Since reflow solderable SMD coin vibration motors are not yet available, a BLDC coin vibration motor like this, with spring contacts, can be used to streamline the assembly process by eliminating the need for soldering wires. After sample approval MOQ: 20K pcs.
6 mm x 2.5 mm | 3 V | Spring | BLDC Coin Vibration Motor
Our VW0625SS002D brushless BLDC coin vibration motor is a revised version of our popular VW0625SS001D . Its resigned lower case assembly allowed us to eliminate the external FPC connecting the motors spring contacts, thereby reducing the motors profile substantially. The helical spring contacts are designed to mate with corresponding contact pads on the PCB. The motors brushless design makes it ideal for Hi-Rel applications or those with high duty cycles. A driver IC is imbedded within the motor so no external driver IC's are needed. Apply DC drive voltage as you would a standard DC motor. It is important to observe voltage polarity or you will damage the motors internal driver IC. This device operates on DC voltage only. A PWM signal can not be used to drive BLDC motors. Because reflow solderable SMD coin vibration motors are not yet available, a BLDC coin vibration motor like this, with spring contacts, can be used to streamline the assembly process by eliminating the need for soldering wires. After sample approval MOQ: 20K pcs
9 mm x 3.4 mm | 3 V | BLDC Coin Vibration Motor
Our VW0934AB007G Brushless BLDC coin vibration motor produces 1.4 Grms (avg) and is the highest of any BLDC coin motor we currently manufacture. This wireless contact configuration is favored by engineers for its simplicity and its ease of assembly during mass production. The motors contact pads are designed to mate with PCB mounted Pogo Pins or Spring Contacts. If you need wire leads, you can solder wires to these contact pads, however the wire must be thin and flexible (UL3302 AWG 32 /34) else the adhesive holding the FPC to the metal base may separate and the FPC lift upward. Rated for 1,000,00 cycles(min) this BLDC vibration motor is an excellent choice for applications that have a high duty cycle as well as devices that require a very low MTBF. A driver IC is integrated within the body of this coin motor which allows it to be powered by DC voltage. Voltage polarity must be observed or you will damage the driver IC. This device operates on DC voltage only. A PWM signal can not be used to drive BLDC motors. After sample approval the minimum order is 5,000 pcs
